id	label	x	y	cluster	weight
49995	znwo	0.9557	-0.62	7	4
49990	znse	0.9832	-0.3148	7	4
49986	zns nanoparticle	0.6452	-0.0508	7	5
49983	zns	0.8306	-0.1346	7	8
49951	zno (zinc oxide)	0.1452	0.2477	3	11
49950	zno	0.237	0.11	3	119
49921	zirconium oxide	0.8396	0.252	2	7
49919	zirconium alloy	0.3659	-0.3711	4	14
49918	zirconium	0.1382	0.2001	3	8
49914	zirconia	0.1175	-0.2855	4	10
49905	zinc sulfide	0.2728	0.0786	7	58
49897	zinc phthalocyanine	0.1318	0.5114	6	7
49895	zinc oxide/graphene	0.4046	0.4326	3	4
49890	zinc oxide quantum dots	0.044	0.514	3	4
49889	zinc oxide particle	0.858	-0.3701	7	8
49888	zinc oxide nanowire array	0.0314	0.2981	3	4
49887	zinc oxide nanowire	-0.1157	0.2265	3	12
49886	zinc oxide nanostructure	-0.1283	-0.1684	3	7
49883	zinc oxide nanorod array	-0.0625	0.5018	3	8
49882	zinc oxide nanorod	0.1288	0.336	3	16
49881	zinc oxide nanoparticle	0.6032	0.097	7	44
49876	zinc oxide graphene composite	0.4381	0.2047	7	7
49875	zinc oxide film	-0.1502	0.4592	3	4
49871	zinc oxide	0.2209	0.139	3	305
49867	zinc ion	0.9686	0.1574	2	7
49862	zinc derivative	0.7825	0.1204	7	9
49861	zinc compound	0.3802	0.3567	7	42
49858	zinc chloride	0.8269	-0.3429	7	4
49855	zinc alloy	0.1131	-0.62	6	4
49848	zinc	0.4316	-0.0482	7	135
49838	zigzag graphene nanoribbons	-1.0645	-0.2517	1	59
49833	zigzag edged graphene nanoribbon	-1.0386	-0.2114	1	8
49831	zigzag edge trigonal graphene	-1.0605	-0.0388	1	4
49830	zigzag edge	-0.8271	-0.2234	1	61
49827	zigzag chain	-1.059	-0.1367	1	11
49826	zigzag carbon nanotubes	-0.8687	-0.2865	1	6
49822	zig zag	-0.8227	-0.2269	1	8
49820	zeta potential measurement	0.7114	-0.1135	7	15
49818	zeta potential analysis	0.7066	-0.284	7	11
49817	zeta potential	0.7157	0.1868	2	72
49808	zero temperature	-1.0033	-0.0865	1	6
49797	zero energy	-1.2087	-0.081	1	6
49795	zero dimensional	-0.2583	0.1421	1	12
49790	zero bias	-0.7277	0.4787	3	5
49786	zeolitic imidazolate framework	0.8917	-0.3598	5	9
49780	zeolite	0.5365	-0.0165	7	7
49776	zebrafish embryos	0.7507	0.6674	2	4
49775	zebrafish	0.8214	0.7149	2	8
49768	z scheme	1.1897	-0.1722	7	4
49766	z scan technique	-0.4521	0.7951	6	12
49764	z scan measurement	-0.2998	0.6706	6	7
49762	z scan	-0.3825	0.7833	6	9
49759	yttrium oxide	-0.4876	0.0113	3	4
49753	yttrium aluminum garnet	-0.6136	0.7928	6	5
49751	yttrium alloy	-0.3163	0.0196	6	6
49749	yttrium	-0.4169	0.4489	6	9
49745	ytterbium doped fiber laser	-0.7876	1.1444	6	14
49742	ytterbium	-0.614	1.002	6	59
49739	young's modulus	-0.2646	-0.4945	4	147
49729	yield stress	0.04	-0.7227	4	10
49707	yb doped fiber laser	-0.7892	1.152	6	26
49706	yb doped double clad fiber laser	-0.8088	1.2681	6	5
49704	yarn	0.1918	-0.1562	4	399
49697	xylene	0.4587	0.0082	4	4
49694	xrd pattern	0.3548	-0.6404	4	10
49693	xrd measurement	0.422	-0.1719	4	4
49692	xrd analysis	0.4034	-0.5665	4	6
49691	xrd (x ray diffraction)	0.4363	-0.4372	4	143
49688	xps spectra	-0.1686	-0.2082	1	6
49685	xps characterization	0.8441	-0.443	5	6
49684	xps analysis	0.2753	-0.3639	4	9
49683	xps	-0.0361	-0.3782	3	34
49682	xerogels	0.773	-0.4586	4	10
49678	xenon	-0.131	-0.2596	1	6
49677	xenograft model antitumor assay	0.957	1.0308	2	4
49670	xanthurenic acid	1.3319	0.6641	2	6
49661	xanthine	1.1565	0.3821	2	8
49641	x rays	-0.153	-0.1812	3	8
49639	x ray technique	0.4962	-0.8164	4	5
49638	x ray spectroscopy	0.6843	-0.4346	5	76
49637	x ray spectrometry	0.9681	-0.0602	2	10
49635	x ray scattering	-0.015	-0.4216	4	7
49632	x ray power	1.0401	-0.3694	5	5
49630	x ray powder diffraction	0.8042	-0.2171	5	114
49627	x ray photoemission spectroscopy	-0.0455	-0.3723	3	12
49626	x ray photoelectron spectroscopy study	-0.1062	-0.1609	3	5
49624	x ray photoelectron spectroscopy	0.4778	-0.2659	5	1288
49623	x ray photoelectron spectrometry	0.7481	-0.5937	5	9
49621	x ray photoelectron spectra	0.4016	-0.4962	5	43
49620	x ray photoelectron	0.3243	-0.3874	5	27
49616	x ray microscopy	0.1715	-0.4195	5	4
49612	x ray energy dispersive spectroscopy	0.0249	-0.9609	5	4
49607	x ray diffractometers	0.481	-0.5373	4	17
49605	x ray diffraction technique	0.5789	-0.3947	7	6
49602	x ray diffraction spectroscopy	0.7939	-0.4426	7	19
49600	x ray diffraction measurement	0.3495	-0.4319	4	6
49598	x ray diffraction analysis	0.4595	-0.4557	4	116
49596	x ray diffraction	0.6636	-0.3898	5	1845
49595	x ray crystallography	0.6193	0.1531	2	8
49592	x ray analysis	0.6007	-0.114	7	12
49589	x ray absorption spectroscopy	-0.0185	-0.3721	1	13
49584	x ray absorption	-0.028	-0.3906	1	8
49583	x ray	0.3774	0.2316	2	6
49563	wrinkle	-0.5704	-0.3219	1	13
49560	woven fabrics	-0.1189	-0.7275	4	5
49557	wound healing	0.841	0.7221	2	4
49550	worn surface	-0.0362	-0.9039	4	5
49547	world health organization	1.0514	0.3385	2	6
49545	working voltage	0.2701	-0.055	5	4
49544	working temperature	0.0627	-0.1199	3	4
49541	working range	0.6997	0.4308	2	7
49537	working frequency	-0.6998	0.6168	6	4
49535	working electrode	0.8765	0.0757	2	17
49528	work function difference	-0.4878	0.2438	3	6
49527	work function	-0.3767	0.1019	3	42
49521	wood	0.3003	-0.4869	7	8
49510	wireless telecommunication system	-0.6406	0.5904	3	5
49498	wire	-0.3796	0.1681	3	31
49488	wind tunnels	-0.9799	0.0968	1	4
49478	wider linearity range	1.0201	0.2639	2	4
49473	wide temperature range	-0.2853	-0.3261	1	7
49472	wide spectrum	-0.122	0.2957	6	7
49469	wide size distribution	0.1125	-0.2631	5	4
49465	wide linear range	1.1585	0.2135	2	66
49462	wide frequency range	-0.6077	0.4717	6	7
49459	wide dynamic range	0.4074	0.5889	2	7
49453	wide band gap	-0.3792	0.0265	3	5
49452	wide band	-0.7436	0.5323	6	7
49451	wide angle xray diffraction	0.1931	-0.844	4	11
49448	wide angle x ray diffraction	0.2481	-0.711	4	16
49439	white light illumination	0.3458	0.6116	7	4
49436	white light	-0.0765	0.4402	6	7
49415	wetting property	0.0098	-0.2559	4	7
49409	wetting	0.0648	-0.1918	4	34
49407	wettability	0.4436	0.1065	7	26
49406	wetlands	0.3022	-0.8471	5	4
49400	wet spinning method	0.7174	-0.5426	7	5
49399	wet spinning	0.4115	-0.5748	4	5
49391	wet chemistry	0.0621	0.2153	7	4
49390	wet chemical synthesis	0.126	-0.1673	7	5
49384	wet chemical method	0.5319	0.1192	7	28
49383	wet chemical approach	0.7488	-0.3263	5	9
49377	western blotting	0.8761	0.9009	2	7
49369	well water	1.0766	0.3798	2	4
49365	well dispersed	0.4448	-0.4505	4	111
49364	well defined structure	0.249	-0.1896	7	9
49363	well defined morphology	0.8618	-0.6225	5	5
49360	well aligned	-0.1723	-0.0632	3	5
49352	weight ratio	0.3834	-0.2196	4	30
49351	weight percentage	0.094	-0.5646	4	5
49349	weight loss temperature	0.3865	-0.8075	4	11
49347	weight loss	0.2746	-0.7588	4	8
49346	weight fraction	-0.0641	-0.6698	4	16
49345	weight content	0.5039	-0.6122	7	4
49342	weed control	1.0672	0.1283	2	9
49338	weaving	0.0007	-0.4396	4	21
49335	wearable technology	0.0417	0.1685	3	6
49333	wearable sensor	-0.1053	0.2841	3	5
49330	wearable electronic	0.196	0.1209	3	18
49329	wearable device	0.0159	0.1301	3	4
49317	wear resistance	0.0193	-0.7491	4	22
49316	wear rate	-0.0002	-0.7951	4	9
49314	wear of material	-0.0751	-0.8442	4	48
49312	wear mechanism	-0.1272	-0.9357	4	10
49309	wear debris	-0.0561	-0.7857	4	5
49304	wear	-0.0935	-0.8287	4	9
49292	weak magnetic field	-1.2335	0.0845	1	4
49290	weak localization	-1.0913	0.0007	1	20
49285	weak interaction	-0.4856	-0.1914	1	14
49281	weak coupling	-0.8423	0.0628	1	4
49276	weak antilocalization	-1.2363	-0.1009	1	5
49270	wavelet transform	0.4912	-0.2351	4	6
49266	wavelength tunable	-0.7103	0.8508	6	13
49265	wavelength spacing	-0.6458	0.8867	6	6
49259	wavelength range	-0.6131	0.6375	6	20
49251	wavelength	-0.3575	0.7531	6	13
49245	waveguide structure	-0.5638	0.4213	6	5
49244	waveguide model	-1.0157	0.8512	6	4
49242	waveguide laser	-0.678	1.0425	6	7
49240	waveguide filter	-0.8384	0.6193	6	8
49238	waveguide component	-0.6641	0.7604	6	4
49236	waveguide	-0.8032	0.6447	6	89
49227	wave vector	-1.016	0.059	1	16
49226	wave transmission	-0.9151	0.4398	6	5
49220	wave propagation	-0.9118	0.0531	1	8
49214	wave number	-0.834	-0.2265	1	8
49210	wave function	-1.08	-0.0896	1	19
49206	wave energy conversion	-0.2647	0.1603	1	4
49201	wave absorption	-0.0231	-0.2923	6	4
49199	wave absorbing material	-0.057	-0.1897	6	5
49198	wave	-1.051	0.1445	1	4
49196	watersoluble	0.3358	0.1366	4	7
49191	waterborne polyurethane	0.4468	-0.5036	4	6
49148	water vapor permeability	0.3873	-0.5548	4	5
49146	water vapor	0.1968	-0.1189	4	13
49140	water treatment plants	0.7815	-0.1699	7	14
49139	water treatment	0.841	-0.0404	7	90
49138	water transport	0.483	-0.0582	7	11
49133	water supply	0.8119	-0.0942	7	23
49130	water splitting	0.538	-0.1334	7	29
49129	water solution	0.5501	-0.1192	7	6
49126	water solubility	0.594	0.2949	2	17
49124	water sampling	1.081	0.1799	2	70
49119	water resistance	0.3465	-0.2218	4	6
49113	water quality	0.821	0.0874	7	4
49112	water purification	0.8744	-0.116	7	68
49107	water pollution	0.9325	-0.1059	7	83
49105	water pollutants. chemical	1.0392	0.1031	2	128
49104	water pollutant	1.0532	0.057	2	81
49098	water permeability	0.7008	-0.0624	7	9
49094	water oxidation	0.6775	-0.3526	5	6
49091	water molecule	-0.2105	-0.2338	1	13
49090	water microbiology	1.0263	0.4117	2	4
49087	water management	0.9468	0.0122	7	32
49085	water layer	-0.0383	0.0192	1	5
49081	water in oil emulsion	0.483	-0.8088	5	5
49075	water flow	0.2286	-0.0111	7	7
49074	water filtration	0.5368	-0.2473	7	29
49069	water environment	0.8847	0.0394	7	4
49067	water droplets	0.0957	-0.2377	4	5
49063	water dispersion	0.2498	0.1587	4	7
49062	water dispersible	0.6184	-0.0224	4	21
49061	water dispersibility	0.4597	0.0935	2	8
49059	water disinfection	1.0129	0.4059	2	5
49057	water desalination	0.4513	-0.2533	7	4
49054	water content	0.7169	-0.0284	2	7
49053	water contamination	0.9345	0.1307	2	9
49050	water contact angle measurement	0.4854	-0.2154	4	5
49049	water contact angle	0.2816	-0.164	4	18
49048	water conservation	0.627	-0.0129	7	5
49037	water based	0.1889	-0.1931	4	4
49032	water and soil sample	1.1173	0.2436	2	4
49031	water analysis	1.0388	0.2841	2	28
49028	water absorption	0.4241	-0.0691	4	26
49026	water	0.614	0.1625	2	220
49024	wastewater treatment	0.9226	-0.0971	7	77
49022	wastewater reclamation	0.803	-0.2082	7	5
49019	wastewater disposal	0.8062	-0.3434	7	4
49014	waste water management	0.9998	0.0548	7	26
49013	waste water	0.9537	0.0076	7	44
49012	waste treatment	0.8005	0.0194	7	6
49006	waste management	0.7564	-0.0918	7	11
49005	waste disposal. fluid	1.0022	-0.0063	7	18
49002	waste component removal	1.045	0.0322	7	28
49001	waste	0.4864	-0.0946	7	4
48993	walls (structural partitions)	-0.2155	-0.3654	1	7
48990	wall thickness	0.0134	-0.5637	4	5
48982	wafer scale	-0.4874	0.1815	3	8
48974	vulcanization agent	0.5625	-0.4121	4	5
48971	vulcan xc72	0.5376	-0.7982	5	13
48945	volumetric energy density	0.3774	-0.7202	5	19
48941	volumetric capacity	0.2266	-0.7624	5	9
48940	volumetric capacitance	0.4332	-0.5949	5	28
48938	volume variation	0.8872	-0.8378	5	5
48937	volume resistivity	0.2205	-0.7213	4	8
48935	volume ratio	0.3362	-0.2608	4	8
48934	volume phase transition	0.7284	-0.037	4	4
48933	volume fraction	-0.019	-0.4674	4	6
48931	volume expansion	0.4255	-0.8396	5	13
48926	volume change	0.5105	-0.806	5	35
48921	voltammetry measurement	0.746	-0.2845	5	21
48920	voltammetry	1.2147	0.149	2	197
48915	voltammetric sensor	1.3037	0.1157	2	20
48914	voltammetric response	1.0623	0.1964	2	19
48909	voltammetric measurement	0.9513	0.0244	2	4
48907	voltammetric determination	1.3371	0.1068	2	21
48906	voltammetric detection	1.2	0.3089	2	12
48902	voltammetric analysis	0.8344	-0.0152	2	6
48901	voltammetric	1.1081	0.0713	2	16
48894	voltage range	-0.0027	-0.3694	5	12
48873	volatilization	0.089	0.0327	3	12
48867	volatile organic compound	0.4373	0.2257	2	13
48864	volatile fatty acid	0.4995	-0.1085	4	11
48859	volatile agent	0.8641	0.1192	2	7
48849	vitamin c	0.7056	-0.1651	4	12
48845	visualization	0.103	0.4839	2	8
48837	visual detection	1.0951	0.6585	2	4
48824	visible spectrum	0.1284	0.3093	7	6
48818	visible region	0.0999	0.1652	7	10
48817	visible range	-0.3393	0.1598	6	7
48815	visible photocatalytic activity	0.915	-0.2728	7	7
48811	visible light transmittance	0.1962	0.2612	6	5
48810	visible light responsive photocatalyst	1.0256	-0.2633	7	5
48809	visible light response	0.613	-0.1411	7	16
48808	visible light region	0.6211	-0.3014	7	15
48805	visible light photocatalytic activity	0.9955	-0.2747	7	49
48804	visible light photocatalyst	0.8321	-0.1668	7	39
48803	visible light photocatalysis	0.8352	-0.2184	7	24
48802	visible light irradiation	0.8698	-0.1859	7	225
48798	visible light driven photocatalyst	0.9616	-0.2483	7	16
48797	visible light driven	0.8156	-0.1858	7	33
48791	visible light absorption	0.6061	-0.0373	7	20
48789	visible light	0.5612	-0.0887	7	133
48785	visible and near infrared	-0.3047	0.6796	6	6
48782	visibility	-0.1664	0.3962	6	4
48778	viscosity	0.2195	-0.3677	4	29
48776	viscoelasticity	-0.018	-0.5192	4	8
48766	vis absorption spectroscopy	1.1163	-0.4594	7	4
48758	virus dna	0.904	0.6621	2	7
48757	virus detection	0.8523	0.699	2	6
48754	virus	0.5512	0.6279	2	25
48753	virtual storage	0.2663	-0.3428	5	33
48743	vinylidene fluoride	0.0944	-0.5936	4	9
48742	vinylalcohol	0.2278	-0.2003	4	15
48728	vickers hardness	0.0082	-0.9089	4	5
48718	vibrations (mechanical)	-0.8676	-0.2961	1	14
48711	vibrational property	-0.7001	-0.2603	1	14
48709	vibrational mode	-0.7052	-0.1345	1	10
48706	vibrational density of state	-0.9724	-0.4459	1	5
48689	vibration analysis	-0.9743	-0.3607	1	16
48687	vibration	-0.7189	-0.2397	1	16
48684	vibrating sample magnetometer	0.8178	-0.1172	7	58
48662	vertically aligned graphene	0.8773	-0.745	5	5
48658	vertically aligned	-0.1344	-0.1782	3	30
48637	vertical electric field	-1.0975	0.2634	1	4
48635	vertical direction	-0.4486	0.3344	6	5
48627	versatile method	0.0635	-0.1416	4	8
48613	velocity	-0.6067	0.003	1	14
48600	vegetable	1.2385	0.263	2	8
48599	vectors	-0.8659	0.3455	1	5
48595	vector potential	-1.098	0.1234	1	4
48594	vector network analyzers	-0.116	-0.0709	6	18
48581	vasculotropin	0.9097	0.8568	2	5
48574	vascular endothelial growth factor	0.7101	0.7591	2	4
48573	varying temperature	-0.5835	0.3332	3	8
48571	various substrate	-0.1776	0.0198	3	23
48555	variable range hopping	-0.62	-0.08	1	5
48544	vaporization	0.0873	-0.1773	4	4
48538	vapor phase polymerization	0.3545	-0.1529	3	7
48537	vapor phase epitaxy	-0.026	-0.2502	3	5
48527	vapor deposition	-0.1859	-0.2573	3	46
48526	vapor	-0.1703	-0.1007	3	183
48525	vanillin	1.4417	0.2091	2	7
48517	vanadium redox flow battery	0.7813	-0.6918	5	7
48514	vanadium pentoxide	0.6335	-0.4061	5	6
48510	vanadium oxide	0.5312	-0.57	5	8
48503	vanadium derivative	0.6998	-0.3449	5	6
48502	vanadium compound	0.2639	-0.4799	5	11
48496	vanadium	0.2497	-0.4897	5	45
48492	van hove singularity	-0.9027	-0.0312	1	15
48487	van der waals interaction	-0.5796	-0.3518	1	77
48485	van der waals force	-0.535	-0.2727	1	194
48484	van der waals epitaxy	-0.5442	-0.0299	3	8
48477	van der waals	-0.6315	-0.2681	1	27
48458	validation study	0.8365	0.4135	2	6
48456	validation process	1.0253	0.3517	2	13
48451	valence band maximum	-0.8586	-0.1924	1	5
48450	valence band	-0.7407	0.0585	1	5
48444	vacuum technology	-0.3145	0.059	3	9
48427	vacuum filtration	0.2252	-0.1802	4	37
48422	vacuum evaporation	-0.0111	-0.278	3	5
48407	vacuum application	-0.1554	-0.1689	3	9
48406	vacuum annealing	-0.3703	-0.081	3	6
48405	vacuum	-0.2235	-0.0207	3	97
48401	vacancy site	-0.5918	-0.608	1	6
48396	vacancy defect	-0.7601	-0.5672	1	25
48392	vacancy	-0.7703	-0.4618	1	57
48373	uv visible spectroscopy	0.5282	0.0512	4	80
48372	uv visible spectrophotometry	0.6546	-0.1224	5	14
48368	uv visible spectra	0.4883	-0.0473	7	14
48365	uv visible nir	0.4349	0.2717	4	4
48362	uv visible drs	1.1308	-0.3101	7	4
48361	uv visible diffuse reflectance spectrum	1.0605	-0.4512	7	13
48360	uv visible diffuse reflectance spectroscopy	1.082	-0.3891	7	39
48359	uv visible diffuse reflectance spectra	1.1776	-0.411	7	16
48356	uv visible absorption spectrum	0.6521	-0.1663	7	6
48355	uv visible absorption spectroscopy	0.8853	-0.0597	7	42
48354	uv visible absorption spectra	0.5649	0.1678	7	28
48353	uv visible absorption	0.3253	0.1292	7	24
48352	uv visible absorbance	0.8131	-0.2623	7	4
48351	uv visible	0.4018	0.1671	4	10
48339	uv light irradiation	0.6813	-0.2697	7	33
48337	uv light	0.4112	0.1009	7	6
48335	uv irradiation	0.2553	0.0408	7	19
48333	uv illumination	-0.0037	0.3759	3	7
48322	uv and visible light	0.5373	-0.1875	7	14
48314	utilization efficiency	0.8751	-0.6167	5	8
48311	uterine cervix cancer	1.0277	0.8632	2	5
48309	uterine cervical	1.1138	0.8618	2	6
48304	urology	0.7992	0.6298	2	8
48303	urine sample	0.8435	0.2573	2	6
48300	urine	1.2596	0.5163	2	12
48298	urinalysis	1.2171	0.4541	2	13
48292	uric acid	1.2223	0.2286	2	110
48285	urea	0.6947	-0.3492	5	81
48278	urchin like	0.5786	-0.4872	5	8
48275	uranium(vi)	1.4201	-0.3908	7	8
48267	uranium compound	0.9252	0.075	7	8
48265	uranium alloy	0.8328	0.2851	7	4
48263	uranium	0.8575	-0.0475	7	27
48254	upregulation	0.8941	0.7831	2	4
48244	upconversion nanoparticle	0.6417	0.8005	2	5
48240	upconversion luminescence	0.3374	0.6974	7	4
48239	upconversion fluorescence	0.301	0.6369	2	4
48238	upconversion	0.4931	0.7806	2	5
48234	up conversion luminescence	0.3216	0.6526	7	4
48232	up conversion	0.2511	0.5273	6	13
48219	unpaired electron	-0.354	-0.2758	1	11
48218	unloading	-0.3705	-0.5927	1	7
48215	universal testing machine	0.4067	-0.5506	4	6
48204	universal approach	0.5055	0.1058	4	9
48195	unit cells	-0.7771	-0.2561	1	10
48193	unique feature	-0.2988	-0.049	1	11
48178	uniform size	0.2929	-0.1659	5	14
48175	uniform pore	0.7035	-0.361	7	6
48171	uniform layer	0.1466	-0.1344	3	4
48166	uniform distribution	0.4468	-0.4082	5	36
48165	uniform dispersion	0.2993	-0.7427	4	45
48163	uniform diameter	0.3855	-0.6235	5	5
48162	uniform deposition	0.2676	-0.3651	4	4
48150	uniaxial tension	-0.5271	-0.6462	1	7
48149	uniaxial tensile strain	-0.8073	-0.2291	1	7
48145	uniaxial strain	-1.1672	-0.248	1	7
48140	uni axial strain	-1.0708	-0.1533	1	32
48134	underlying mechanism	-0.1475	-0.065	3	7
48125	unclassified drug	0.8004	0.4054	2	745
48114	umklapp scattering	-0.9831	-0.1742	1	4
48111	umbilical vein endothelial cell	0.7635	0.7505	2	4
48106	ultraviolet visible spectroscopy	0.639	0.0111	7	161
48105	ultraviolet visible spectrophotometry	0.8498	-0.7029	5	5
48102	ultraviolet visible spectra	0.6837	0.0825	2	6
48101	ultraviolet visible absorption spectrum	0.9045	-0.1294	4	14
48100	ultraviolet visible absorption spectroscopy	0.8779	0.0036	7	17
48097	ultraviolet spectroscopy	0.7507	0.2534	2	206
48096	ultraviolet spectrophotometry	0.8532	0.4617	2	62
48090	ultraviolet rays	0.6023	0.2852	7	17
48089	ultraviolet radiation	0.4744	0.2147	7	72
48088	ultraviolet protection factor	0.5893	-0.2728	4	4
48085	ultraviolet photoelectron spectroscopy	-0.3232	-0.0216	3	8
48079	ultraviolet lights	-0.0002	0.329	3	4
48078	ultraviolet light irradiation	0.5822	-0.6391	7	5
48075	ultraviolet irradiation	0.434	0.3185	7	32
48063	ultratrace	0.8545	0.2114	2	5
48058	ultrathin nanosheet	0.2035	-0.2406	5	14
48045	ultrathin film	-0.0818	-0.0641	3	41
48041	ultrastructure	0.1236	0.2859	3	274
48028	ultrasound	0.7723	0.2418	2	49
48027	ultrasonics	0.1363	-0.0196	4	29
48025	ultrasonication	0.533	-0.0638	4	12
48021	ultrasonic treatment	0.3859	-0.6069	4	30
48017	ultrasonic synthesis	0.4299	-0.8656	5	4
48015	ultrasonic spray pyrolysis	0.5477	-0.7597	5	4
48014	ultrasonic processing	0.0246	-0.5934	4	4
48011	ultrasonic oscillation	0.484	-0.0646	7	6
48009	ultrasonic method	0.0399	-0.5197	5	8
47992	ultrasonic application	0.6206	0.077	2	25
47989	ultrasmall superparamagnetic iron oxide	1.0615	0.6913	2	6
47984	ultrashort pulse	-0.5564	0.7389	6	29
47975	ultrasensitive electrochemical immunoassay	1.2519	0.6437	2	4
47974	ultrasensitive detection	0.7879	0.5652	2	56
47971	ultrasensitive	0.4916	0.4469	2	36
47949	ultrahigh sensitivity	0.0387	0.3887	2	9
47944	ultrahigh molecular weight polyethylene	0.2551	-0.6974	4	11
47931	ultrafine	0.6402	-0.46	5	18
47929	ultrafiltration	0.6919	-0.1285	7	13
47919	ultrafast laser system	-0.3481	0.5412	6	4
47916	ultrafast laser	-0.4701	0.6586	6	30
47914	ultrafast electron transfer	0.3435	0.3959	7	6
47907	ultrafast	-0.7452	0.682	6	4
47903	ultracapacitor	0.2009	-0.095	5	4
47880	ultra violet photodetector	-0.1213	0.592	3	6
47879	ultra violet light	0.0611	0.355	6	5
47877	ultra violet	-0.076	0.3721	3	9
47872	ultra thin	-0.1538	-0.0424	3	69
47871	ultra sonication	0.3594	-0.3069	4	48
47869	ultra small	0.0516	0.1437	3	16
47868	ultra sensitive	0.3753	0.5302	2	27
47866	ultra performance liquid chromatography	1.1912	0.299	2	5
47860	ultra low density	0.3812	-0.1504	4	9
47856	ultra light	0.1634	-0.0784	4	7
47849	ultra high sensitivity	0.0463	0.4903	3	6
47847	ultra high performance liquid chromatography	1.1531	0.2681	2	4
47842	ultra high energy	0.2562	-0.3693	5	9
47840	ultra high	0.0232	0.2057	3	10
47837	ultra filtration membrane	0.7103	-0.2159	7	10
47833	ultra fast photonic	-0.6127	0.8095	6	8
47831	ultra fast dynamic	-0.8732	0.4936	6	5
47830	ultra fast	-0.6462	0.5481	6	33
47827	ultimate tensile strength	-0.0421	-0.7211	4	11
47825	ultimate strength	-0.4476	-0.6411	1	8
47814	u.s. environmental protection agency	0.7242	0.4958	2	5
47812	u(vi)	1.1886	-0.1218	7	8
47809	tyrosine	1.2978	0.3618	2	9
47808	tyrosinase biosensor	1.2865	0.0982	2	4
47806	tyrosinase	1.3129	0.3426	2	6
47797	type ii site specific deoxyribonuclease	0.9188	0.7619	2	4
47752	two step synthesis	0.6499	-0.3964	5	9
47751	two step reduction	0.3671	-0.6753	5	8
47749	two step process	0.4446	-0.1957	7	13
47748	two step method	0.4765	-0.3571	5	23
47747	two step mechanism	-0.0675	-0.6393	1	4
47746	two step hydrothermal process	0.8724	-0.495	7	5
47744	two step hydrothermal method	1.1336	-0.7008	7	8
47740	two step approach	0.7516	-0.452	5	7
47735	two photon process	-0.4592	0.6893	6	15
47731	two photon absorption	-0.4321	0.7009	6	16
47722	two layer	-0.7973	-0.1203	1	13
47719	two electron reduction	0.7719	-0.6859	5	7
47716	two electrode system	0.9406	-0.5551	5	12
47715	two electrode cell	0.6896	-0.6967	5	5
47714	two electrode	-0.5731	0.1606	1	4
47711	two dimensional system	-0.8313	0.0116	1	5
47708	two dimensional structure	-0.1266	-0.1462	4	45
47706	two dimensional space	-0.2154	0.0224	7	4
47702	two dimensional plane	-0.5702	0.2052	6	4
47699	two dimensional nanostructure	-0.144	0.1224	1	10
47698	two dimensional nanosheet	0.1073	-0.3242	4	6
47695	two dimensional modeling	0.0635	0.3677	7	15
47693	two dimensional material	-0.425	0.0405	1	102
47688	two dimensional growth	0.1766	-0.1117	3	4
47684	two dimensional electron gas	-0.9791	0.2584	1	10
47682	two dimensional crystal	-0.6791	-0.0278	1	15
47679	two dimensional atomic crystal	-0.9383	-0.031	1	4
47677	two dimensional (2d) structure	-0.3199	-0.3153	3	8
47675	two dimensional (2d) crystal	-0.5389	-0.0164	1	8
47673	two dimensional (2 d)	-0.2328	0.0461	3	79
47672	two dimensional	-0.4442	-0.043	1	163
47670	two dimension	-0.6701	-0.1007	1	5
47669	two component	-0.4033	-0.1404	1	9
47658	twisted bilayer	-0.8405	-0.0863	1	6
47657	twist angle	-0.8504	-0.2094	1	6
47649	turnover frequency	0.7197	-0.6061	5	22
47645	turn on field	-0.1493	-0.0816	3	28
47644	turn on electric field	-0.348	-0.1762	3	4
47639	turbostratic	-0.0826	-0.4182	4	7
47634	tunnelling magnetoresistance	-1.1965	0.0597	1	5
47624	tunneling probability	-0.7708	0.1769	1	4
47619	tunneling magnetoresistance	-1.0785	0.0697	1	7
47618	tunneling junction	-0.9321	0.189	1	4
47615	tunneling effect	-0.5031	0.2168	3	5
47612	tunneling current	-0.6931	0.255	1	8
47608	tunneling conductance	-1.0525	0.0443	1	4
47605	tunneling (excavation)	-1.0304	0.2001	1	6
47604	tunneling	-0.9495	0.2726	1	9
47603	tunnel magnetoresistance	-1.2093	0.0861	1	4
47602	tunnel junction	-0.9857	0.1221	1	6
47593	tuning	-0.6434	0.4427	6	17
47592	tungsten trioxide	0.5297	-0.1165	5	4
47587	tungsten oxide nanowire	0.922	-0.1064	7	4
47586	tungsten oxide	0.6204	-0.0793	5	8
47581	tungsten derivative	0.4684	0.1855	5	5
47580	tungsten compound	0.3487	0.0302	5	13
47579	tungsten carbide	0.1242	-0.7024	5	10
47577	tungsten	-0.0713	-0.0947	3	28
47558	tunable optical property	-0.3199	0.586	6	4
47541	tunable conductivity	-0.4224	0.4378	6	5
47534	tunable band gap	-0.7181	0.0398	1	19
47528	tunable	-0.7831	0.7271	6	6
47527	tunability	-0.8067	0.3962	6	32
47525	tumors	0.8387	0.8648	2	75
47520	tumor volume	1.0081	0.9872	2	5
47517	tumor vascularization	0.9777	0.9997	2	4
47512	tumor suppressor protein p53	1.0787	0.723	2	4
47505	tumor necrosis factor alpha	0.9406	0.9336	2	9
47503	tumor model	0.8017	0.8795	2	4
47502	tumor microenvironment	0.938	0.8167	2	4
47501	tumor markers. biological	1.1128	0.7687	2	26
47500	tumor marker	1.124	0.7303	2	38
47494	tumor cells. cultured	0.9231	0.768	2	4
47493	tumor cells	0.899	0.8788	2	11
47492	tumor cell line	0.8527	0.8335	2	56
47489	tumor antigen	1.2731	0.5561	2	8
47486	tumor ablation	0.853	0.9935	2	6
47484	tubular structure	-0.0887	-0.2729	1	11
47483	tubular steel structure	0.0768	-0.1494	4	6
47480	tubes (components)	-0.1935	-0.1925	1	26
47460	tryptophan enantiomers	1.128	0.3267	2	4
47459	tryptophan	1.3174	0.3036	2	26
47452	trypsin	1.0788	0.5691	2	15
47442	triton x 100	0.62	0.2934	2	5
47432	tris(2.2' bipyridine)ruthenium	1.1625	0.5025	2	6
47422	tripropylamine	0.9222	0.3153	2	5
47390	trinitrotoluene	0.8784	0.318	2	11
47379	trimethoxysilane	0.5418	-0.5512	4	4
47373	trilayer graphene	-1.1163	-0.0624	1	4
47371	trilayer	-0.8709	-0.0363	1	9
47368	triiodide	0.5226	-0.2102	4	7
47365	triggered release	0.8904	0.807	2	4
47358	triethylene glycol	0.7357	-0.1639	5	4
47357	triethylamine	0.7355	0.2	2	4
47356	triethoxysilane	0.6286	-0.1844	4	12
47355	triethanolamine	0.9687	-0.096	7	6
47347	trichloroacetic acid	1.2483	0.1581	2	9
47345	tribometers	0.0237	-0.52	4	4
47342	tribology	-0.2284	-0.7103	4	120
47339	tribological property	-0.0973	-0.7894	4	59
47338	tribological performance	-0.1301	-0.8052	4	21
47332	tribological behavior	-0.0594	-0.8265	4	20
47312	triazine herbicide	1.0399	0.169	2	4
47311	triazine derivative	0.7056	0.1425	2	5
47310	triazine	0.6929	0.119	2	11
47306	triangular lattice	-0.8848	-0.1529	1	4
47290	tri layer	-0.8457	-0.0774	1	12
47281	treatment temperature	0.2132	-0.4633	5	6
47276	treatment outcome	1.04	0.9673	2	6
47237	transverse magnetic mode	-0.9075	0.5798	6	4
47232	transverse electrics	-1.0217	0.4477	6	6
47228	transverse electric field	-1.101	0.0212	1	13
47206	transport property	-0.8514	0.01	1	298
47203	transport pathways	-0.0214	0.1875	3	4
47198	transport mechanism	-0.4596	0.1543	3	4
47197	transport measurement	-0.7726	0.0817	1	9
47194	transport kinetic	0.4229	0.2677	2	11
47182	transport characteristic	-0.6936	0.1458	1	9
47181	transport channel	-0.6205	-0.1247	1	11
47177	transport behavior	-0.7498	0.1408	1	12
47176	transport at the cellular level	0.7709	0.8987	2	5
47174	transport	-0.4584	0.1668	1	13
47161	transparent graphene	-0.1429	0.3184	3	14
47158	transparent film	-0.0077	0.1418	3	5
47157	transparent electronic	-0.2844	0.438	3	6
47155	transparent electrode	-0.1251	0.3264	3	67
47153	transparent conductors	-0.1829	0.2086	3	14
47148	transparent conductive layer	-0.1425	0.4875	3	5
47147	transparent conductive film	0.0119	0.0755	3	32
47146	transparent conductive electrode	-0.0804	0.4131	3	17
47145	transparent conductive	-0.0328	0.2051	3	21
47143	transparent conducting oxide	-0.0164	0.1761	3	5
47141	transparent conducting film	-0.01	0.1786	3	10
47140	transparent conducting electrode	-0.1334	0.4975	3	11
47134	transparent	-0.1486	0.2471	3	7
47133	transparency	-0.4178	0.3629	6	35
47124	transmittance electron microscopy	0.3906	0.1602	3	6
47122	transmittance	-0.3251	0.4955	3	5
47121	transmissivity	-0.7762	0.4001	6	4
47115	transmission spectrums	-0.9328	0.3044	1	39
47112	transmission resonance	-1.0314	0.3477	6	6
47108	transmission property	-0.9419	0.4569	6	6
47106	transmission probability	-1.1233	0.2372	1	19
47102	transmission peak	-1.0673	0.5269	6	5
47095	transmission line theory	-0.8072	0.5067	3	4
47090	transmission gap	-1.1372	0.2939	1	4
47086	transmission electron microscopy observation	0.4534	-0.5774	5	23
47085	transmission electron microscopy image	0.3892	-0.2495	5	24
47083	transmission electron microscopy	0.5094	-0.2283	5	2098
47082	transmission electron microscope	0.2612	-0.2091	4	85
47080	transmission electron	0.0939	-0.478	5	54
47075	transmission coefficient	-1.0247	0.2048	1	26
47073	transmission characteristic	-0.8605	0.567	6	11
47072	transmission channel	-0.8448	-0.1859	1	5
47064	transmission	-1.0083	0.2588	1	10
47046	transition temperature	-0.2277	0.0499	1	8
47043	transition state	-0.2299	-0.5465	1	9
47036	transition metal surface	-0.5283	-0.5529	1	11
47031	transition metal oxide	0.3484	-0.4636	5	22
47024	transition metal dichalcogenide	-0.5033	0.1202	3	22
47023	transition metal compound	0.3553	-0.4503	5	46
47018	transition metal carbide	0.0932	-0.6563	5	4
47017	transition metal atom	-0.6774	-0.4769	1	19
47014	transition metal	-0.2614	-0.3495	1	123
47009	transition energy	-1.0496	0.3485	6	5
47008	transition element	0.1315	0.4258	3	12
47002	transistors. electronic	-0.0446	0.5778	3	22
47001	transistor performance	-0.6954	0.4057	3	4
46998	transistor	-0.6069	0.3977	3	38
46997	transients	-0.195	0.07	4	6
46990	transient photocurrent	0.2645	0.2191	7	14
46966	transformation optic	-0.6862	0.5332	6	6
46961	transformation	0.6441	0.1932	2	9
46955	transferrin	0.9208	0.9786	2	4
46948	transfer technique	-0.2303	0.1206	3	6
46942	transfer process	-0.3224	0.0263	3	17
46941	transfer printing	-0.2461	0.25	3	4
46939	transfer method	-0.2817	0.132	3	6
46934	transfer matrix method	-1.0646	0.3037	1	45
46932	transfer matrix	-1.0728	0.2516	1	5
46928	transfer layer	-0.096	-0.6428	4	4
46926	transfer film	-0.0894	-0.8793	4	4
46925	transfer electron	0.7683	0.2608	2	4
46922	transfer curve	-0.3837	0.3772	3	7
46920	transfer characteristic	-0.4449	0.3196	3	13
46919	transfer channel	0.3407	-0.3872	5	4
46918	transfer	-0.3143	0.0109	3	8
46915	transfection	0.7155	0.8332	2	8
46908	transducer	0.2252	0.434	2	15
46902	transcription factor	1.0719	0.8128	2	4
46899	transcription	0.8322	0.6197	2	4
46898	transconductance	-0.7982	0.4306	3	5
46889	traditional material	-0.1108	0.0683	3	4
46888	traditional chinese medicine	1.194	0.4857	2	6
46871	trace element	0.791	0.1866	2	16
46870	trace detection	0.5221	0.6513	2	4
46868	trace analysis	0.8149	0.2937	2	36
46867	trace amounts	0.5588	0.1501	2	9
46853	toxin analysis	1.0644	0.6142	2	7
46851	toxicology	0.8593	0.9251	2	8
46849	toxicity testing	0.8957	0.725	2	12
46848	toxicity test	0.8763	0.5861	2	9
46842	toxicity	0.7841	0.6256	2	70
46834	toxic material	0.7667	0.1472	2	19
46830	toxic gas	0.482	0.1767	4	4
46825	toughness	-0.0306	-0.6183	4	11
46824	toughening mechanism	-0.0456	-0.8108	4	18
46823	toughening effect	0.0883	-0.8918	4	13
46821	toughening	-0.0024	-0.8427	4	6
46802	total organic carbon	0.746	-0.0249	7	4
46798	total internal reflection	-0.7918	0.3328	1	6
46795	total heat release	0.4615	-0.6969	4	12
46791	total energy calculation	-0.6557	-0.559	1	8
46790	total energy	-0.5987	-0.3849	1	7
46778	torsional stress	-0.5678	-0.6152	1	4
46771	topology	-0.9195	-0.1323	1	55
46767	topological structure	-0.0962	-0.4606	1	5
46764	topological property	-1.1256	-0.1008	1	9
46763	topological phase	-1.1696	-0.0477	1	5
46759	topological line	-1.183	-0.3824	1	4
46756	topological insulator	-1.0067	0.1129	1	18
46753	topological defect	-0.7958	-0.2832	1	17
46739	topdown	-0.2332	-0.0148	3	6
46735	top gate	-0.8043	0.3295	3	13
46731	top down	-0.1389	0.277	3	6
46710	toluene	0.3784	-0.0364	4	32
46709	tolonium chloride	1.2622	0.757	2	4
46699	tobacco	0.7722	-0.0943	4	6
46683	tm doped fiber laser	-0.5831	1.0517	6	4
46676	titration	0.5425	-0.3511	5	10
46666	titanium sheet	0.1624	0.0376	6	4
46661	titanium oxide	0.6322	-0.0441	7	46
46660	titanium nitride	0.0078	-0.3829	5	10
46648	titanium dioxide nanotubes	0.5744	-0.0586	7	5
46644	titanium dioxide nanoparticle	0.8654	0.4362	2	20
46637	titanium dioxide	0.687	-0.0572	7	508
46635	titanium derivative	0.4453	-0.1635	7	6
46632	titanium compound	0.1123	-0.2499	4	36
46627	titanium carbide	0.0164	-0.3824	4	5
46624	titanium alloy	-0.021	-0.6497	4	8
46622	titanium	0.4759	0.0514	7	159
46615	titania nanosheet	0.6236	0.003	7	5
46614	titania nanoparticle	0.777	0.0365	7	6
46608	titania	0.7304	-0.1518	7	39
46606	titanate nanotubes	0.9986	-0.175	7	5
46598	tissue scaffold	0.7323	0.6483	2	6
46597	tissue regeneration	0.741	0.5819	2	11
46591	tissue engineering	0.6953	0.525	2	57
46590	tissue distribution	0.9597	0.9431	2	15
46587	tissue culture	0.7976	0.759	2	7
46584	tissue	0.61	0.5276	2	36
46539	tio2 nanotubes	1.2214	-0.2723	5	7
46538	tio2 nanotube array	1.2381	0.2238	7	6
46531	tio2 nanoparticle	1.2133	-0.3393	7	7
46524	tio2 graphene nanocomposite	1.402	0.2412	2	6
46523	tio2 graphene	0.9881	-0.1925	7	10
46520	tio2	0.6847	-0.2357	7	75
46556	tio<inf>2</inf>	0.9001	-0.1946	7	15
46509	tio	0.6534	-0.1163	7	278
46501	tin sulfide	0.7051	-0.4845	5	4
46495	tin oxide nanoparticle	0.7381	-0.5801	7	4
46492	tin oxide	0.2303	0.2692	3	141
46490	tin nanoparticle	0.3651	-0.8797	5	6
46477	tin dioxide	0.8994	-0.6705	5	28
46476	tin derivative	0.717	0.2521	2	19
46475	tin compound	0.7942	0.244	2	26
46472	tin	0.2193	-0.1565	5	190
46436	time reversal symmetry	-1.1659	0.1285	1	5
46431	time resolved photoluminescence	-0.1597	0.4733	6	5
46428	time resolved fluorescence	0.3004	0.5548	2	5
46427	time resolved	-0.5502	0.3519	6	9
46418	time factor	0.6398	0.547	2	52
46412	time domain analysis	-0.8073	0.4614	6	27
46403	time dependent density functional theory	-0.6239	0.0996	1	11
46400	time dependent	-0.3617	0.1031	1	6
46389	time	0.6924	0.4387	2	48
46385	tilt grain boundary	-0.7779	-0.6064	1	5
46378	tight binding model	-1.0895	-0.0115	1	41
46376	tight binding method	-0.9801	-0.2002	1	13
46375	tight binding hamiltonian	-1.1221	-0.0312	1	7
46372	tight binding approximation	-1.073	-0.0742	1	16
46371	tight binding approach	-1.0147	-0.0263	1	7
46370	tight binding	-0.9465	-0.139	1	22
46352	ti atom	-0.6529	-0.5812	1	6
46348	thz wave	-0.9151	0.5638	6	7
46340	thz modulator	-0.6722	0.7527	6	5
46338	thz frequency	-0.8897	0.5252	6	6
46321	thymine	0.6682	0.5764	2	13
46317	thulium doped fiber	-0.6955	1.1823	6	8
46316	thulium	-0.5784	1.1088	6	12
46314	thue morse sequence	-1.279	0.0638	1	4
46312	throughput	0.2909	0.1273	3	4
46292	thrombin	1.0029	0.6497	2	51
46290	threshold voltage	-0.7201	0.3125	3	17
46284	threshold field	-0.2459	-0.1002	3	15
46276	threedimensional (3d)	0.413	-0.4064	5	101
46205	three phase composite	-0.1928	-0.4703	4	5
46203	three orders of magnitude	-0.1275	0.0193	3	15
46199	three layer	-0.4412	0.054	1	5
46196	three electrode system	1.0408	-0.5894	5	15
46195	three electrode cells	0.8063	-0.67	5	4
46192	three dimensional surface	-0.35	-0.1615	4	4
46190	three dimensional structure	0.4176	-0.26	5	28
46185	three dimensional network structure	0.929	-0.4014	5	7
46184	three dimensional network	0.4966	-0.5599	4	23
46181	three dimensional modeling	0.3394	0.191	2	12
46180	three dimensional microstructure	0.3336	0.2984	3	4
46178	three dimensional imaging	0.5492	0.4654	2	10
46171	three dimensional graphene	0.6383	-0.3209	5	160
46170	three dimensional framework	0.3614	-0.6022	5	6
46166	three dimensional computer graphics	0.1208	-0.0755	5	41
46163	three dimensional (3d) structure	0.5414	-0.5849	5	6
46161	three dimensional (3d) network	0.2776	-0.6112	5	10
46160	three dimensional (3d) nanostructure	0.4524	-0.6248	5	6
46156	three dimensional (3d) architecture	0.3417	-0.4295	5	20
46155	three dimensional (3d)	-0.0999	-0.4032	5	39
46154	three dimensional	0.1749	-0.2837	5	239
46153	three component	-0.1105	-0.3829	5	6
46151	thorium	0.9284	-0.3135	7	5
46142	third order optical nonlinearity	-0.6691	0.7789	6	6
46138	third order nonlinear optical property	-0.6976	0.2521	1	6
46137	third order nonlinear optical	-0.7428	0.3679	1	5
46134	third order	-0.6858	0.3303	6	6
46130	third generation biosensor	1.124	-0.0474	2	6
46129	third generation	1.0027	0.1884	2	5
46126	thiourea	0.9052	-0.2097	7	19
46115	thiophene derivative	0.4032	0.5112	3	8
46114	thiophene	0.2609	0.187	3	21
46113	thionyl chloride	0.7559	-0.2729	4	4
46109	thionine	1.2609	0.5742	2	38
46101	thiol group	-0.0737	0.1954	1	5
46096	thiol derivative	0.9353	0.3801	2	13
46092	thiol	0.8666	0.258	2	8
46090	thioglycolic acid	0.6148	0.3323	2	4
46087	thiocholine	1.215	0.2572	2	4
46083	thioacetamide	1.0593	-0.1153	7	5
46056	thin layer	-0.1326	0.0255	3	19
46053	thin film transistor	-0.2165	0.3294	3	13
46049	thin film solar cells	-0.1487	0.509	3	5
46038	thin film electrode	0.3548	-0.081	5	8
46037	thin film device	-0.1854	0.262	3	8
46032	thin film	-0.0964	0.1008	3	149
46015	thickness of the film	-0.1159	0.2039	3	4
46013	thickness measurement	-0.1281	-0.0664	4	15
46010	thickness dependence	-0.5029	0.0162	3	5
46008	thickness	0.3772	0.3984	2	60
46005	thick film	-0.1381	0.032	3	11
46000	thiazole derivative	1.0032	0.6195	2	4
45999	thiazole	1.0073	0.6168	2	4
45986	thermostability	0.8098	0.2062	2	67
45982	thermosets	0.1223	-0.7581	4	9
45977	thermoresponsive polymer	0.6117	0.1704	4	4
45973	thermoplastics	0.0948	-0.5191	4	14
45968	thermoplastic polyurethane	0.2343	-0.6138	4	13
45953	thermomechanical property	0.0526	-0.7418	4	5
45948	thermogravimetry analysis	0.5839	-0.3198	4	12
45947	thermogravimetry	0.867	0.0711	2	110
45941	thermogravimetric analyzers	0.5978	-0.2988	7	9
45939	thermogravimetric analysis	0.5769	-0.4571	4	487
45938	thermogravimetric	0.3795	-0.5452	4	4
45937	thermography (imaging)	-0.7084	0.5876	6	5
45933	thermoelectricity	-0.5195	-0.1249	1	37
45930	thermoelectric transport	-1.0805	0.0146	1	4
45927	thermoelectric property	-0.8026	-0.341	1	32
45924	thermoelectric power	-0.8745	-0.0488	1	11
45922	thermoelectric performance	-0.5696	-0.4337	1	17
45919	thermoelectric material	-0.5323	-0.4468	1	4
45916	thermoelectric figure of merit	-0.8271	-0.3626	1	10
45915	thermoelectric equipment	-0.5879	-0.1182	1	34
45912	thermoelectric effect	-0.7932	0.1705	1	5
45911	thermoelectric device	-0.6765	-0.3645	1	6
45909	thermoelectric application	-0.9151	-0.4328	1	9
45908	thermoelectric	-0.653	-0.2699	1	7
45905	thermodynamically stable	-0.6378	-0.1825	1	4
45902	thermodynamic study	0.9799	-0.2984	7	13
45900	thermodynamic stability	0.243	-0.56	4	148
45899	thermodynamic property	-0.0479	-0.5342	4	121
45898	thermodynamic parameter	0.8408	-0.2094	7	48
45891	thermodynamic equilibria	-0.0418	-0.1769	1	5
45886	thermodynamic data	1.09	-0.1545	7	5
45881	thermodynamic	0.2624	-0.1143	7	115
45877	thermochemistry	0.0323	-0.4566	1	8
45874	thermoanalysis	0.0218	-0.4614	4	59
45869	thermoacoustic effect	-0.2208	0.4828	3	5
45868	thermoacoustic	-0.3389	0.2141	3	5
45860	thermo sensitive	0.6354	0.1254	4	4
45859	thermo responsive	0.5161	-0.0849	4	6
45852	thermo gravimetric	0.5604	-0.7691	4	5
45851	thermo electric material	-0.3782	-0.4458	1	10
45850	thermo dynamic analysis	0.4627	-0.3234	7	9
45846	thermionic emission	-0.6231	0.4359	3	4
45843	thermally stable	0.098	-0.2912	4	8
45824	thermal vibration	-1.0053	-0.3482	1	5
45818	thermal treatment process	0.3193	-0.6127	5	4
45816	thermal treatment	0.2054	-0.3624	3	9
45813	thermal transport property	-0.7006	-0.4283	1	28
45812	thermal transport	-0.833	-0.3109	1	40
45809	thermal transfer	-0.0494	-0.514	4	4
45802	thermal storage	0.0035	-0.5158	4	4
45798	thermal stability	0.2228	-0.4935	4	69
45785	thermal reduction	0.1893	-0.3381	4	95
45783	thermal rectification	-1.2537	-0.2893	1	4
45781	thermal reaction	0.1137	-0.3494	5	7
45776	thermal property	0.0821	-0.6414	4	84
45763	thermal performance	-0.1871	-0.5145	4	17
45761	thermal oxidative stability	0.2565	-0.7443	4	7
45747	thermal management	-0.4412	-0.2349	3	5
45743	thermal interface resistance	-0.0295	-0.652	4	4
45742	thermal interface material	-0.4227	-0.5484	4	13
45738	thermal insulation	-0.1789	-0.538	4	8
45737	thermal insulating material	-0.3539	-0.5194	4	13
45734	thermal imidization	0.3367	-0.8315	4	4
45725	thermal gravimetric analysis	0.7219	-0.4448	4	67
45722	thermal fluctuation	-0.6275	-0.2482	1	6
45717	thermal expansion coefficient	-0.4861	-0.4621	1	8
45714	thermal expansion	-0.3378	-0.449	1	47
45712	thermal exfoliation	0.6415	-0.5025	7	7
45707	thermal evaporation	-0.1079	0.0992	3	11
45700	thermal energy storage	0.2364	-0.8009	4	11
45698	thermal energy	0.1624	-0.7194	4	17
45695	thermal effect	-0.5828	-0.3634	1	5
45692	thermal diffusivity	-0.3459	-0.2868	4	5
45690	thermal device	-0.9614	-0.2463	1	8
45685	thermal deposition	0.0286	-0.1081	6	4
45681	thermal degradation temperature	0.4011	-0.5774	4	13
45677	thermal decomposition temperature	0.3899	-0.828	4	12
45675	thermal decomposition process	0.0227	-0.6552	4	6
45668	thermal decomposition	-0.1909	-0.4524	5	10
45657	thermal contact resistance	-0.5019	-0.2401	3	7
45651	thermal conductivity of solid	-0.3281	-0.4473	4	12
45650	thermal conductivity of liquid	0.1236	-0.5095	4	9
45646	thermal conductivity measurement	-0.3398	-0.4289	4	6
45645	thermal conductivity enhancement	-0.0757	-0.6415	4	19
45644	thermal conductivity	-0.3914	-0.3738	4	333
45642	thermal conductive composite	0.0021	-0.8802	4	4
45641	thermal conduction	-0.5786	-0.2722	1	10
45640	thermal conductance	-0.8768	-0.2329	1	39
45633	thermal chemical vapor deposition	-0.1905	-0.297	3	8
45627	thermal behavior	0.0099	-0.5041	4	11
45625	thermal annealing treatment	-0.0812	-0.627	7	4
45624	thermal annealing process	0.2219	-0.079	5	9
45623	thermal annealing	-0.1241	-0.1259	3	63
45619	thermal and mechanical property	0.1241	-0.5412	4	52
45617	thermal and electrical property	0.0506	-0.7838	4	9
45612	thermal analysis	0.2879	-0.2933	4	25
45596	therapeutic efficacy	0.6932	0.718	2	8
45593	therapeutic agent	0.6959	0.8442	2	4
45592	theranostics	0.8995	0.9055	2	5
45589	theranostic agent	0.8076	1.0063	2	4
45583	theoretical value	-0.0408	-0.4339	5	15
45581	theoretical study	-0.6043	-0.1669	1	82
45580	theoretical simulation	-0.269	0.2672	6	16
45579	theoretical result	-0.6743	-0.1284	1	15
45576	theoretical prediction	-0.6571	-0.0156	1	7
45574	theoretical modeling	-0.547	-0.0508	1	18
45573	theoretical model	-0.5891	0.1208	1	36
45570	theoretical investigation	-0.6209	-0.0962	1	34
45561	theoretical capacity	0.5469	-0.8966	5	50
45560	theoretical calculation	-0.3052	-0.0656	1	46
45558	theoretical approach	-0.522	-0.0416	1	10
45554	theophylline	1.1414	0.7328	2	4
45544	the scanning electron microscopy	0.2514	-0.9594	4	9
45535	the first principle	-0.3947	-0.7978	1	5
45505	texture	0.0295	-0.5452	4	7
45504	textural property	0.5933	-0.4125	7	5
45498	textile fiber	0.2535	0.0733	4	13
45495	textile	0.4339	-0.1137	4	13
45475	tetramethylbenzidine	0.8776	0.4182	2	14
45468	tetrahydrofurans	0.2716	-0.2256	4	6
45465	tetrahydrofuran	0.4661	0.097	2	5
45460	tetrafluoroborate	0.3461	-0.2397	5	6
45457	tetraethylenepentamine	1.3127	0.6247	2	8
45452	tetraethoxysilane	0.8488	0.0725	2	6
45444	tetracycline	1.1478	0.296	2	9
45442	tetracyanoethylene	-0.1977	-0.0636	4	6
45436	tetracarboxylic acid	0.5353	0.2035	2	9
45428	tetrabromobisphenol a	0.9409	0.0092	2	10
45425	tetra ethyl ortho silicate	0.5099	-0.4599	5	4
45424	tetra butyl titanate	0.9281	-0.3841	7	17
45421	testing temperature	-0.1869	-0.8587	4	4
45420	testing technique	0.4483	-0.2629	4	4
45413	testing	0.2232	-0.2188	4	29
45409	test platform	-0.447	1.0866	6	4
45402	tert butylhydroquinone	1.2173	0.2058	2	4
45397	tersoff potential	-0.7954	-0.5076	1	9
45383	ternary nanocomposite	0.802	-0.5535	5	37
45379	ternary hybrid	1.0597	-0.6388	5	4
45375	ternary composite	0.5395	-0.6678	5	42
45359	terephthalic acid	0.7202	-0.6735	7	4
45350	terbium	0.2281	0.3745	2	5
45345	terahertz wave	-0.8743	0.5776	6	57
45343	terahertz time domain spectroscopy	-0.5441	0.49	6	4
45339	terahertz spectroscopy	-0.6851	0.5706	6	8
45334	terahertz range	-0.9998	0.4577	6	8
45332	terahertz radiation	-0.8961	0.5874	6	11
45324	terahertz frequency range	-1.0674	0.4853	6	4
45323	terahertz frequency	-0.9043	0.4799	6	15
45314	terahertz absorption	-0.9625	0.4949	6	7
45311	tera hertz	-0.8613	0.5885	6	65
45299	tensile testing	0.0394	-0.66	4	56
45298	tensile stress	-0.5947	-0.6009	1	8
45297	tensile strength	0.1664	-0.6314	4	333
45296	tensile strain	-0.706	-0.2608	1	46
45293	tensile property	-0.2279	-0.8134	4	9
45288	tensile mechanical property	-0.312	-0.6555	4	8
45286	tensile loading	-0.6974	-0.645	1	5
45279	tensile deformation	-0.6126	-0.5139	1	10
45276	tensile and flexural property	0.1625	-0.9388	4	4
45262	templating	0.175	-0.3031	5	10
45260	templated synthesis	0.5271	-0.0342	4	4
45245	template molecule	1.0185	0.429	2	4
45244	template method	0.2894	-0.2784	5	6
45242	template free method	0.8156	-0.7819	5	4
45240	template free	0.6333	-0.6264	5	9
45239	template effect	0.0315	-0.8196	4	8
45234	template	0.1399	0.1925	7	7
45221	temperature sensor	-0.071	0.4339	3	17
45220	temperature sensitivity	0.4238	0.2836	2	21
45215	temperature rise	-0.4117	-0.0438	1	4
45213	temperature responsive	0.5112	0.0947	4	5
45206	temperature range	-0.4224	-0.2411	1	27
45203	temperature programmed desorption	0.1486	-0.4493	1	6
45198	temperature measurement	-0.1762	0.3197	1	6
45193	temperature increase	-0.6481	-0.1872	1	15
45189	temperature effect	0.2413	0.2129	7	12
45185	temperature distribution	-0.6704	0.0711	1	13
45183	temperature difference	-0.7743	-0.2009	1	9
45178	temperature dependent raman	-0.658	-0.281	1	4
45174	temperature dependent adsorption	0.9608	-0.1827	7	5
45173	temperature dependence	-0.6247	0.0147	1	83
45170	temperature control	-0.3681	-0.156	3	9
45165	temperature coefficient	-0.2594	0.0194	1	5
45164	temperature change	-0.4097	-0.1023	1	8
45158	temperature and pressure	0.2823	-0.3826	4	7
45156	temperature	0.1022	-0.0549	7	340
45151	tem image	0.0069	-0.196	4	12
45149	tem characterization	0.3075	-0.4649	5	5
45147	tem analysis	0.222	-0.5433	5	10
45146	tem (transmission electron microscopy)	0.0673	-0.2539	4	86
45139	tellurium	0.5947	0.445	2	18
45132	telecommunication band	-0.4873	0.7973	6	7
45120	technology	-0.2157	0.4328	3	11
45108	technological application	-0.1973	-0.1221	1	29
45104	technical presentation	-0.2601	0.1732	3	4
45097	technical application	0.1062	-0.0394	3	7
45089	tea polyphenols	1.1926	0.3558	2	5
45088	tea	1.1582	0.3431	2	4
45067	tartrazine	1.3494	0.1629	2	6
45061	targets	0.6157	0.7471	2	7
45055	targeted drug delivery	0.6373	0.6592	2	13
45053	targeted delivery	0.9859	0.8121	2	5
45037	target molecule	0.3445	0.3848	2	7
45030	target analyte	0.8597	0.381	2	4
45025	tapered fiber	-0.5318	0.9632	6	5
45020	tap water	1.0371	0.2246	2	20
45017	tantalum oxide	0.2333	-0.0855	3	4
45014	tantalum	-0.1494	-0.3471	5	6
45008	tannins	0.4648	0.1116	2	4
45004	tannic acid	0.7174	0.1226	2	5
44997	tandem mass spectrometry	1.0113	0.4143	2	24
44984	tafel polarization	0.8214	-0.4507	5	5
44959	systems (metallurgical)	0.6479	-0.6408	4	4
44958	systematic study	-0.4288	-0.1753	3	15
44953	systematic investigation	-0.0494	-0.1085	3	9
44951	systematic evaluation	-0.1732	0.5	3	4
44945	system stability	-0.4207	-0.3399	1	8
44944	system size	-0.9931	-0.198	1	4
44936	system analysis	-0.1485	0.3411	3	4
44931	synthetic strategy	0.4957	-0.2621	5	22
44929	synthetic route	0.1804	-0.228	5	12
44928	synthetic resin	0.4691	-0.5454	4	11
44925	synthetic process	0.2953	-0.4436	5	14
44924	synthetic procedure	0.5449	-0.3696	5	7
44923	synthetic polymer	0.417	-0.3041	5	4
44919	synthetic method	0.3852	-0.2055	5	25
44909	synthetic approach	0.5095	-0.1816	4	15
44905	synthesized material	0.369	-0.639	5	13
44903	synthesis technique	-0.2413	-0.2789	3	6
44902	synthesis strategy	0.6037	-0.523	5	13
44901	synthesis route	0.2016	-0.4075	5	8
44900	synthesis process	0.2108	-0.3026	5	21
44897	synthesis parameter	-0.2239	-0.2795	3	6
44892	synthesis method	0.0079	-0.1339	3	25
44887	synthesis design	0.5277	-0.5548	5	5
44886	synthesis condition	0.1607	-0.4866	7	6
44883	synthesis and characterization	0.3608	-0.3653	5	50
44881	synthesis (chemical)	0.6029	-0.3215	5	835
44880	synthesis	0.7351	0.1879	2	554
44878	synergy effect	0.5178	-0.394	4	5
44868	synergistic interaction	0.6893	-0.4098	5	22
44864	synergistic effect	0.6944	-0.4255	5	315
44862	synergistic catalysis	0.6681	-0.5806	5	5
44855	synergic effect	0.3924	-0.4919	5	13
44852	synergetic interaction	0.9197	-0.5611	5	5
44849	synergetic effect	0.6267	-0.4644	5	73
44838	synchrotron radiation	-0.2301	-0.1711	3	11
44820	symmetry breaking	-0.978	-0.0728	1	10
44817	symmetry	-0.5027	0.4873	1	4
44805	sybr green i	1.141	0.8484	2	5
44799	switching system	-0.3969	0.4138	3	18
44787	switching effect	-0.9229	0.1816	1	7
44785	switching circuit	-0.1703	0.545	3	7
44781	switching	-0.4169	0.4412	3	11
44775	switchable	-0.3042	0.5822	6	10
44769	swine	1.2028	0.4718	2	7
44766	swift heavy ion	-0.567	-0.0373	1	4
44758	swelling property	0.821	-0.1417	4	9
44751	swelling	0.2596	-0.236	4	10
44742	suzuki reaction	0.8449	-0.287	5	14
44741	suzuki miyaura reaction	0.9048	-0.7504	5	4
44739	suzuki miyaura coupling reaction	0.9395	-0.5786	5	9
44736	suzuki coupling reaction	0.5743	-0.1207	5	8
44731	sustained release	0.8138	0.5953	2	6
44730	sustained drug release	0.9661	0.7787	2	13
44721	sustainable energy	0.2415	-0.4771	5	4
44720	sustainable development	0.2461	-0.3208	4	12
44718	suspensions (fluids)	0.3908	-0.2219	4	101
44717	suspensions (components)	0.639	-0.2631	7	5
44716	suspension system	0.7182	-0.3854	7	6
44709	suspension	0.5862	0.1464	2	25
44704	suspended graphene	-0.7023	0.0549	1	18
44700	survivin	1.0339	0.9748	2	5
44698	survival rate	0.9326	0.7865	2	4
44693	surrounding environment	-0.5546	0.3816	6	5
44686	surfactant stabilized	0.4217	-0.2409	4	8
44680	surfactant free	0.4555	-0.4245	5	12
44674	surfactant	0.6363	0.02	2	48
44657	surface wettability	0.1519	-0.2547	4	18
44654	surface wave	-0.729	0.3898	6	7
44650	surface treatment	0.2863	-0.1471	4	52
44646	surface topography	-0.1181	-0.3099	3	12
44645	surface to volume ratio	0.456	0.3326	2	8
44638	surface tension	0.0738	-0.0763	4	10
44635	surface structure	-0.2172	-0.3132	1	26
44632	surface state	-0.6697	0.0072	1	10
44624	surface segregation	-0.4494	-0.5121	3	8
44620	surface scattering	-0.0247	0.4492	6	85
44619	surface roughness	-0.163	-0.1674	3	45
44608	surface reaction	0.1562	-0.3223	5	33
44606	surface property	0.4098	0.2477	2	611
44601	surface potential	-0.5315	0.2416	3	5
44596	surface plasmons	-0.7173	0.569	6	51
44592	surface plasmon wave	-0.8168	0.6685	6	4
44586	surface plasmon resonance biosensor	0.0303	0.6841	6	6
44585	surface plasmon resonance	-0.3222	0.6334	6	128
44583	surface plasmon polaritons	-0.8788	0.5715	6	44
44581	surface plasmon mode	-0.844	0.6229	6	6
44577	surface plasmon	-0.5528	0.5828	6	12
44572	surface photovoltage	0.1292	0.1558	7	6
44565	surface passivation	-0.1439	0.3072	3	7
44560	surface oxygen	0.0746	-0.0858	3	4
44559	surface oxidation	-0.0152	-0.1424	5	4
44549	surface morphology	-0.1692	-0.281	3	15
44547	surface modifiers	0.401	-0.8442	4	8
44545	surface modified	0.2118	-0.25	4	11
44541	surface modification	0.4658	0.0299	4	26
44530	surface layer	-0.455	-0.2416	1	5
44524	surface initiated atom transfer radical polymerization	0.6275	0.02	4	11
44523	surface initiated	0.6044	-0.1423	4	6
44512	surface group	0.339	0.0787	2	4
44509	surface grafting	0.2505	0.3544	3	4
44505	surface functionalization	0.3736	-0.0816	4	41
44504	surface functionality	0.3941	-0.1588	4	7
44502	surface functional group	0.4325	-0.2431	4	29
44491	surface field enhancement	-0.0503	0.6457	6	4
44481	surface enhanced raman spectrum	0.1589	0.6387	6	4
44480	surface enhanced raman spectroscopy	0.081	0.4147	6	28
44476	surface enhanced raman scattering	0.1609	0.4069	6	107
44470	surface engineering	0.4019	0.4416	2	4
44468	surface energy	-0.1411	-0.1974	1	5
44456	surface doping	-0.1542	0.2434	3	6
44447	surface defect	-0.1587	-0.3033	1	71
44443	surface coverage	0.0674	-0.1259	3	16
44433	surface conductivity	-0.745	0.4113	6	15
44430	surface concentration	0.4403	-0.4128	4	4
44426	surface complexation modeling	0.9638	-0.1072	7	7
44425	surface complexation	0.9919	-0.1552	7	6
44419	surface coating	0.4228	0.3839	2	5
44417	surface chemistry	0.1685	-0.1293	4	78
44415	surface chemical state	0.317	0.1208	3	4
44403	surface charge	0.7061	0.2294	2	39
44401	surface characteristic	0.3617	-0.1462	4	6
44384	surface area	0.4796	-0.1334	5	99
44380	surface and interface	-0.1057	-0.3222	4	9
44379	surface analysis	-0.0335	-0.435	4	7
44376	surface adsorption	-0.2292	-0.4665	3	15
44373	surface active site	-0.1321	-0.536	5	4
44371	surface active agent	0.4188	-0.2088	4	101
44369	surface acoustic wave	-0.3344	0.3825	3	5
44365	surface	0.0205	-0.1326	3	73
44356	supramolecular self assembly	0.3172	-0.0393	4	6
44355	supramolecular recognition	1.3274	0.3742	2	13
44346	supramolecular interaction	0.6477	0.1107	4	6
44345	supramolecular hydrogels	0.7755	0.0448	4	10
44341	supramolecular chemistry	0.5245	0.1521	2	49
44340	supramolecular assembly	0.6544	0.1831	2	9
44337	supramolecular	0.6205	-0.1711	7	5
44326	supporting material	0.5191	-0.4196	5	19
44325	supporting electrolyte	1.003	0.0622	2	12
44320	supported pt	0.5835	-0.7036	5	14
44318	supported pd catalyst	0.8194	-0.6535	5	6
44317	supported pd	0.5675	-0.7799	5	4
44315	supported palladium	0.7953	-0.4754	5	7
44301	supported catalyst	0.5943	-0.5531	5	7
44296	support material	0.4686	-0.5944	5	19
44281	superparamagnetism	0.6287	-0.0547	5	38
44280	superparamagnetics	0.5648	-0.1101	5	20
44279	superparamagnetic property	0.8648	0.0465	5	9
44274	superparamagnetic iron oxide nanoparticle	0.9759	0.7289	2	7
44273	superparamagnetic iron oxide	0.8521	0.7112	2	7
44270	superparamagnetic behavior	0.5247	-0.3055	5	11
44269	superparamagnetic	0.6036	-0.1968	5	4
44265	superoxide dismutase	0.9293	0.6891	2	8
44262	superoxide	0.6104	0.4189	2	6
44259	supernatant	0.9438	0.4126	2	6
44256	supermode	-0.9583	1.3214	6	6
44251	superlubricity	-0.7086	-0.2928	1	4
44242	superlattice	-1.0723	0.0227	1	62
44237	superhydrophobicity	0.2345	0.0182	4	16
44233	superhydrophobic	0.4375	-0.1692	4	21
44213	supercritical fluid extraction	0.5624	-0.6285	4	31
44210	supercritical fluid	0.2677	-0.1069	7	13
44201	supercritical co2	0.5322	-0.7186	4	7
44200	supercritical co	0.5539	-0.456	4	18
44197	supercritical carbon dioxide	0.5342	-0.6741	4	29
44195	supercritical	0.2186	0.1115	6	5
44194	supercooling degree	0.0428	-0.7741	4	7
44193	supercooling	0.0137	-0.7335	4	7
44186	superconductor junction	-1.2593	0.0338	1	4
44182	superconductor	-0.7728	0.2393	1	7
44180	superconductivity	-1.088	-0.0349	1	24
44167	superconducting material	-1.0395	-0.0147	1	39
44163	superconducting gap	-1.1537	0.0088	1	4
44151	supercapacitor electrode	0.688	-0.6745	5	213
44150	supercapacitor application	0.687	-0.6859	5	69
44149	supercapacitor	0.7109	-0.6859	5	581
44147	supercapacitive performance	1.3731	-0.9101	5	4
44146	supercapacitive behavior	0.7324	-0.6814	5	12
44126	super oxide dismutase	1.045	0.5647	2	4
44123	super lattice structure	-0.9381	-0.0511	1	5
44122	super hydrophobic surface	0.428	-0.1743	4	8
44115	super cell	-0.7858	-0.3681	1	10
44112	super capacitor	0.6002	-0.6178	5	710
44111	sunset yellow	1.4226	0.0881	2	7
44108	sunlight irradiation	0.7465	-0.0387	7	4
44107	sunlight	0.7587	0.0713	7	17
44087	sulfuric acid	0.5044	-0.2482	5	14
44062	sulfur dioxide	0.07	-0.2044	5	21
44061	sulfur determination	0.3298	-0.2269	5	5
44060	sulfur derivative	0.7506	0.3271	2	4
44056	sulfur compound	0.3067	-0.1865	5	66
44055	sulfur composite	0.9661	-0.8596	5	8
44054	sulfur cathode	0.6505	-0.9257	5	11
44050	sulfur	0.5021	-0.5523	5	196
44040	sulfonic acid group	0.6571	-0.2422	5	10
44038	sulfonic acid derivative	0.8863	0.0831	2	10
44037	sulfonic acid	0.7184	0.1068	2	12
44033	sulfonation	0.9978	-0.1924	7	6
44028	sulfonated polyetheretherketone	0.7593	-0.5845	5	4
44027	sulfonated polyaniline	0.6312	0.0084	4	4
44020	sulfonated graphene	1.0159	-0.2359	7	14
44012	sulfonamide	1.2287	0.3154	2	7
44006	sulfide	0.6271	0.3522	2	38
44002	sulfhydryl compound	0.9333	0.4344	2	18
43996	sulfate radical	1.0738	-0.2502	7	8
43995	sulfate	1.0749	0.1355	2	10
43992	sulfanilic acid	1.0287	0.0309	2	7
43973	sugar (sucrose)	0.5261	-0.4083	5	13
43965	sudan i	1.398	0.019	2	7
43962	sucrose	0.8219	0.2307	2	6
43956	successive ionic layer adsorption and reaction	0.5515	0.1681	7	4
43952	subwavelength structure	-0.7846	0.6619	6	4
43945	subthreshold swing	-0.8219	0.3367	3	6
43937	substrate temperature	-0.2971	-0.3849	3	14
43936	substrate surface	-0.4211	-0.2513	3	16
43934	substrate specificity	0.4142	0.4787	2	5
43924	substrate material	-0.1727	-0.0374	3	9
43912	substrate electrode	1.3198	0.1743	2	7
43911	substrate effect	-0.6732	-0.1652	1	10
43907	substrate coupling	-0.9229	0.3057	1	4
43899	substrate	-0.2688	0.0109	3	377
43895	substitutional impurity	-0.8684	-0.3344	1	5
43894	substitutional doping	-1.0115	0.0222	1	4
43892	substitution reaction	0.0947	-0.259	1	41
43879	subsequent reduction	0.6307	-0.448	5	22
43839	subband	-1.0421	0.0565	1	7
43832	sub wavelength structure	-0.8428	0.6413	6	4
43831	sub wavelength	-0.8819	0.7055	6	11
43828	sub lattice	-0.9977	-0.132	1	22
43825	sub band	-1.1511	0.155	1	10
43816	styrene butadiene rubber	0.1823	-0.7429	4	5
43814	styrene	0.4208	-0.348	4	68
43796	structure stability	0.6428	-0.3846	5	8
43787	structure property relationships	-0.0063	-0.4868	4	11
43786	structure property relationship	0.0546	-0.7171	4	6
43784	structure property relation	-0.0824	-0.7553	4	4
43782	structure property	0.1	-0.2142	5	8
43778	structure parameter	-1.2006	0.2531	1	7
43777	structure optimization	-0.3461	0.1285	1	5
43771	structure modification	-0.5195	0.179	1	4
43770	structure modeling	0.2272	-0.2973	4	4
43763	structure evolution	-0.3115	-0.3325	3	6
43757	structure directing agent	0.8658	-0.5821	5	15
43754	structure design	0.2684	-0.2183	5	5
43752	structure degradation	0.8	-1.119	5	4
43751	structure defect	-0.2397	-0.1068	1	6
43749	structure control	0.1214	-0.1214	3	5
43746	structure characterization	0.2586	-0.3313	4	16
43745	structure characteristic	-0.4142	-0.3261	1	4
43744	structure change	-0.1697	-0.35	5	7
43741	structure and property	0.2046	-0.3098	4	79
43739	structure and performance	0.5656	-0.4231	7	11
43738	structure and morphology	0.5245	-0.5174	4	113
43736	structure analysis	0.5153	0.3964	2	50
43734	structure activity relationship	0.7067	0.6369	2	11
43733	structure activity relation	0.8424	0.6004	2	14
43731	structure (composition)	0.0453	-0.2737	4	34
43730	structure	-0.0964	-0.4363	4	15
43729	structural variation	-0.3411	-0.4852	6	4
43724	structural transition	-0.2573	-0.2743	1	11
43723	structural transformation	-0.3803	-0.4257	1	9
43718	structural stability	-0.0805	-0.5251	5	56
43707	structural property	-0.2394	-0.3384	1	23
43703	structural parameter	-0.6822	0.0018	1	19
43700	structural optimization	-0.3677	-0.0736	1	12
43698	structural motifs	-0.3303	-0.6123	1	5
43696	structural modification	-0.345	0.0572	1	4
43695	structural model	-0.4566	-0.3369	1	8
43689	structural mechanics	-0.8852	-0.477	1	4
43688	structural material	-0.1499	-0.4331	4	4
43682	structural integration	0.4374	-0.0226	7	4
43681	structural instability	-0.702	-0.6049	1	4
43680	structural information	-0.1638	-0.2498	1	6
43672	structural feature	0.0573	-0.2967	4	24
43670	structural evolution	-0.2117	-0.5136	1	23
43665	structural dynamic	-0.2919	-0.3798	4	6
43662	structural distortion	-0.5958	-0.4211	1	4
43657	structural details	-0.3484	0.1502	3	4
43656	structural design	-0.3009	-0.2139	1	17
43653	structural deformation	-0.4405	-0.3117	3	8
43652	structural defect	-0.3093	-0.2717	1	24
43649	structural conversion	0.548	-0.6093	5	5
43648	structural control	-0.0641	-0.0501	5	4
43646	structural configuration	-0.3279	0.1781	3	9
43641	structural characterization	0.0895	-0.3269	4	35
43640	structural characteristic	-0.0446	-0.2945	1	27
43639	structural change	-0.3324	-0.2562	1	11
43632	structural and optical property	-0.0041	0.0805	3	8
43630	structural and morphological property	0.9265	-0.5757	5	5
43627	structural and electronic property	-0.5159	-0.3201	1	26
43623	structural advantage	0.8831	-0.0859	5	8
43620	structural	0.0295	-0.7053	5	5
43618	strontium compound	-0.4991	-0.224	1	4
43616	strontium	0.1834	0.0529	3	6
43611	strong resonance	-0.5048	-0.0486	1	4
43610	strong oxidants	0.3255	-0.4455	7	4
43608	strong metal support interaction	0.6952	-0.8254	5	6
43607	strong magnetic field	-1.1545	0.0511	1	10
43602	strong interaction	0.0546	-0.2609	4	78
43601	strong enhancement	-0.562	0.1555	1	9
43598	strong disorder	-1.0065	0.0303	1	8
43597	strong dependence	-0.6695	0.1448	1	5
43593	strong coupling	-0.9771	0.159	1	6
43591	strong confinement	-0.6733	0.4523	6	6
43588	strong binding	-0.0392	-0.527	1	6
43583	strong acid	0.8363	-0.2299	5	5
43582	strong absorption	-0.1121	0.2882	6	11
43581	stripping voltammetry	1.1956	0.08	2	12
43578	stripping analysis	1.2763	0.2331	2	4
43576	stripping (dyes)	0.9583	-0.3436	7	31
43562	stretching	0.0459	-0.0716	1	6
43559	stretchable electronic	-0.2727	-0.1328	3	5
43550	stress. mechanical	-0.1466	-0.2075	4	19
43548	stress transfer	-0.1624	-0.6242	4	5
43544	stress strain curve	-0.5235	-0.5723	1	10
43535	stress induced	-0.6132	-0.2393	3	4
43526	stress concentration	-0.5909	-0.5008	1	6
43522	stress analysis	-0.4904	-0.5536	1	7
43520	stress	-0.2974	-0.2819	1	26
43513	streptavidin	0.644	0.7236	2	13
43511	strengthening mechanism	-0.0405	-0.8356	4	5
43510	strengthening effect	-0.2716	-0.8271	4	7
43504	strengthening (metal)	-0.0637	-0.8502	4	7
43498	strength of material	-0.0185	-0.3895	4	48
43495	strength enhancement	0.0591	-0.8103	4	6
43493	strength and toughness	0.1528	-0.6413	4	19
43492	strength and elongation	0.517	-0.5586	4	10
43491	strength and ductility	-0.0288	-0.8913	4	4
43490	strength	-0.1606	-0.2408	1	13
43477	straininduced crystallization	0.0386	-0.8978	4	6
43476	strained graphene	-1.0496	-0.0684	1	13
43461	strain sensor application	-0.1935	-0.4816	4	5
43459	strain sensor	-0.2971	-0.0598	3	20
43452	strain rate	-0.4773	-0.6968	1	17
43448	strain measurement	-0.9617	-0.2213	1	5
43441	strain induced	-0.7952	-0.103	1	8
43432	strain engineering	-0.79	-0.2304	1	19
43428	strain energy	-0.671	-0.6593	1	4
43426	strain effect	-0.9241	-0.2243	1	17
43424	strain dependent	-1.0857	-0.2283	1	5
43423	strain dependence	-1.2168	-0.2472	1	5
43417	strain	-0.6889	-0.2906	1	80
43416	straightforward strategy	0.6217	-0.3915	7	12
43414	straight forward method	0.2484	-0.2969	5	6
43406	storage stability	1.0724	0.1495	2	16
43404	storage property	0.612	-0.7959	5	11
43402	storage performance	0.5907	-0.6658	5	9
43401	storage moduli	0.3597	-0.5643	4	5
43393	storage capacity	0.1104	-0.5835	5	18
43386	storage (materials)	0.2157	-0.6992	5	56
43385	storage	0.6075	-0.0002	2	22
43378	stone wales defect	-0.7214	-0.5112	1	36
43376	stomach	1.1064	0.874	2	4
43373	stoichiometry	0.0238	0.0414	2	7
43371	stoichiometric ratio	0.2891	-0.0939	4	5
43363	stm image	-0.6918	-0.3244	1	9
43361	stm	-0.6437	-0.3553	1	22
43360	stirring rate	0.9724	0.1427	2	6
43357	stir bar sorptive extraction	1.0081	0.2155	2	4
43355	stimulus response	0.7829	0.3711	2	4
43349	stimuli responsive	0.426	0.1372	4	9
43338	stiffness matrix	-0.4302	-0.725	4	5
43335	stiffness	-0.5206	-0.4804	1	26
43320	steric repulsion	0.2308	0.079	2	8
43318	steric hindrance	0.2622	-0.1305	5	8
43315	stereospecificity	0.6436	0.2193	2	8
43312	stereoisomerism	0.706	0.2013	2	8
43310	stereochemistry	-0.4844	-0.0129	1	38
43298	step structure	-0.6845	0.0264	3	4
43292	step edge	-0.5174	-0.258	1	8
43291	step by step	-0.4063	-0.1925	1	4
43283	stem cells	0.6733	0.7377	2	26
43273	steel fiber	0.7974	-0.1172	2	10
43271	stearic acid	0.3912	-0.4746	4	5
43256	steady state fluorescence	0.1778	0.6999	2	4
43253	steady state	0.0872	0.2843	2	18
43249	statistics	0.4038	0.2107	2	6
43243	statistical model	-0.0057	0.2978	1	11
43241	statistical mechanics	-0.7968	-0.0692	1	14
43239	statistical analysis	0.1891	0.2936	2	5
43234	stationary phase	0.7776	0.2224	2	17
43224	static electricity	0.5043	0.3908	2	111
43221	static contact angle	0.551	0.1033	2	5
43217	static and dynamic mechanical property	0.3354	-1.006	4	4
43206	state of the art	-0.2758	0.2719	3	15
43197	starting material	0.4417	-0.3991	5	9
43192	starch	0.6922	-0.1578	4	12
43181	staphylococcus aureus	0.9202	0.5384	2	29
43172	stannic oxide	1.1775	-0.2685	5	5
43147	standard addition method	1.1531	0.0788	2	5
43146	standard	0.9685	0.5355	2	6
43144	stainless steel wire	0.9851	0.1267	2	8
43137	stainless steel	0.5553	-0.2053	2	36
43136	staining and labeling	0.9845	0.6976	2	19
43135	staining	0.9148	0.716	2	8
43131	stacking structure	-0.4382	0.0248	1	7
43130	stacking sequence	-0.7843	-0.281	1	7
43129	stacking pattern	-0.7112	-0.5631	1	5
43128	stacking orientation	-0.4608	-0.1019	1	4
43127	stacking order	-0.7661	-0.1183	1	12
43126	stacking model	-0.5658	-0.7696	7	4
43124	stacking interaction	0.5133	0.2027	2	92
43122	stacking faults	-0.6682	-0.4507	1	4
43121	stacking effect	-0.1214	0.361	1	4
43116	stacking	-0.4284	-0.2941	1	4
43115	stacked structure	-0.1784	0.0597	7	6
43114	stacked layer	-0.3023	0.2685	3	7
43106	stable suspension	0.4948	-0.2037	4	10
43105	stable structure	-0.457	-0.442	1	23
43085	stable dispersion	0.4385	-0.1012	4	17
43084	stable discharge capacity	0.6601	-0.9114	5	5
43083	stable cycling	0.6551	-0.8722	5	10
43081	stable configuration	-0.5677	-0.6294	1	16
43077	stable catalyst	0.7157	-0.5632	5	4
43075	stable aqueous dispersion	0.6559	-0.0285	4	4
43072	stable adsorption	-0.4983	-0.4667	1	18
43068	stabilizing agent	0.8509	-0.1473	5	32
43060	stabilization mechanism	-0.1855	-0.5755	4	6
43058	stabilization	0.1692	-0.1986	4	13
43051	stability in water	0.5164	0.0652	4	6
43044	stability	-0.0283	-0.3538	1	145
43038	ssbauer spectroscopy	0.1761	-0.5853	5	4
43035	squids	0.11	-0.3778	5	5
43027	square wave voltammetry	1.3481	0.2215	2	26
43025	square wave anodic stripping voltammetry	1.2125	0.1929	2	15
43012	squamous cell carcinoma antigen	1.245	0.531	2	8
43011	squamous cell carcinoma	1.1923	0.6332	2	10
43000	sputtering	-0.1982	-0.1981	3	8
42983	spray pyrolysis	0.5575	-0.6025	5	6
42980	spray drying method	0.5892	-0.9298	5	6
42979	spray drying	0.7033	-0.6791	5	11
42976	spray coating	0.1807	0.1147	3	7
42963	spontaneous process	1.0847	-0.173	7	11
42962	spontaneous polarization	-0.5854	0.1691	1	4
42958	spontaneous formation	-0.3295	-0.4281	1	4
42947	sponge	1.0159	-0.3412	4	5
42933	split ring resonator	-0.8963	0.6397	6	4
42918	spintronics device	-0.9764	-0.157	1	9
42917	spintronics application	-0.9973	-0.2084	1	12
42916	spintronics	-0.9415	-0.0412	1	23
42915	spintronic device	-0.9413	-0.1615	1	43
42914	spintronic application	-0.8573	-0.3014	1	8
42907	spinning (fibers)	0.3219	-0.2924	4	46
42857	spin valve device	-1.1071	-0.1213	1	4
42856	spin valve	-0.9723	-0.0252	1	6
42855	spin up	-1.1736	-0.0694	1	15
42852	spin transport	-1.1636	-0.002	1	21
42851	spin transfer torque	-1.1655	0.0819	1	5
42848	spin state	-1.0572	-0.1249	1	4
42847	spin splittings	-1.095	-0.1954	1	9
42838	spin relaxation	-1.0887	0.0459	1	4
42834	spin precession	-1.197	0.0657	1	7
42832	spin polarized transport	-1.2127	0.01	1	16
42830	spin polarized electron	-1.1778	-0.1035	1	8
42829	spin polarized density functional theory	-0.7762	-0.3713	1	17
42828	spin polarized current	-1.2166	-0.0588	1	12
42826	spin polarized	-0.9919	-0.2457	1	39
42824	spin polarization	-1.078	-0.0695	1	64
42820	spin orbits	-1.1561	-0.1809	1	5
42817	spin orbit splitting	-1.0823	-0.2515	1	4
42815	spin orbit interaction	-1.1754	-0.0309	1	20
42813	spin orbit coupling	-1.0747	-0.0201	1	24
42801	spin hall effect	-1.1683	0.0384	1	9
42795	spin filtering effect	-1.0957	-0.0524	1	4
42793	spin filtering	-1.1771	-0.054	1	47
42791	spin filter effect	-1.3631	-0.0423	1	7
42786	spin dynamic	-0.985	-0.1129	1	45
42784	spin down electron	-1.1097	0.1673	1	6
42783	spin down	-1.2182	-0.0518	1	12
42781	spin direction	-1.1465	0.0202	1	4
42778	spin device	-0.8629	0.0016	1	7
42777	spin dependent transport property	-1.1257	-0.0064	1	11
42776	spin dependent transport	-1.234	0.0211	1	13
42772	spin dependent electron transport	-1.0094	-0.0064	1	4
42771	spin dependent conductance	-1.3131	0.0938	1	5
42769	spin density	-0.8903	-0.3415	1	7
42766	spin current	-1.1278	0.0258	1	16
42762	spin configuration	-0.9516	-0.1951	1	5
42757	spin coating method	0.0077	0.3531	3	8
42756	spin coating	0.0467	0.409	3	8
42746	spillover	0.2036	-0.8428	5	4
42734	spherulitic morphology	0.2868	-1.0627	4	4
42727	spherical structure	0.3316	-0.2786	7	6
42721	spherical particle	0.0732	-0.5456	4	4
42709	sphere	0.3145	-0.3543	5	58
42684	spectrum analysis. raman	0.3042	0.3653	2	88
42683	spectrum analysis	-0.0339	0.0251	1	51
42682	spectrum	-0.4352	0.0969	1	4
42681	spectroscopy. near infrared	0.661	0.8196	2	11
42680	spectroscopy. fourier transform infrared	0.8828	0.263	2	105
42676	spectroscopy	-0.3106	0.2339	1	93
42673	spectroscopic technique	0.4889	0.1195	2	10
42672	spectroscopic study	-0.049	0.2353	6	7
42669	spectroscopic measurement	-0.0586	0.1452	3	4
42662	spectroscopic characterization	-0.1269	-0.154	1	8
42660	spectroscopic analysis	0.1426	-0.0726	4	43
42659	spectrophotometry. ultraviolet	0.8601	0.479	2	55
42658	spectrophotometry. infrared	0.1642	0.4522	3	6
42656	spectrophotometry	0.6923	0.4681	2	13
42653	spectrophotometers	0.2941	0.4192	2	6
42652	spectrometry. x ray emission	0.8376	0.1491	2	7
42651	spectrometry. mass. matrix assisted laser desorption ionization	0.8876	0.4324	2	20
42650	spectrometry. mass. electrospray ionization	0.957	0.4155	2	5
42649	spectrometry. fluorescence	0.885	0.7035	2	97
42648	spectrometry	0.6357	0.1642	2	29
42647	spectrometers	0.5214	-0.0159	7	40
42646	spectrofluorometry	0.8293	0.696	2	68
42634	spectral sensitivity	0.4669	0.6042	2	8
42633	spectral selectivity	-0.2743	0.7966	6	4
42632	spectral response	-0.4286	0.5244	6	7
42630	spectral region	-0.5951	0.737	6	4
42592	specific surface area	0.5897	-0.576	5	60
42591	specific surface	0.5028	-0.2142	4	7
42586	specific saturation magnetization	0.7639	-0.1088	5	5
42585	specific recognition	0.9926	0.5983	2	11
42583	specific power	0.4449	-0.3809	5	4
42580	specific interaction	0.0603	-0.0668	4	11
42578	specific heat	-0.6972	-0.3655	1	10
42575	specific energy density	0.6428	-0.7643	5	10
42572	specific discharge capacity	0.6556	-0.9573	5	18
42570	specific detection	0.7696	0.7643	2	5
42565	specific capacity	0.5953	-0.8584	5	96
42564	specific capacitance	0.6729	-0.6761	5	494
42563	specific binding	1.039	0.5794	2	7
42562	specific area	0.5151	-0.0694	7	10
42558	specific activity	0.8845	-0.4691	5	4
42551	special structure	-0.5701	-0.1497	1	11
42549	special property	-0.3963	0.3185	1	4
42544	spe	1.1016	0.1795	2	4
42535	spatial separation	-0.7797	0.2847	1	5
42533	spatial resolution	-0.3596	0.2116	1	5
42521	spatial distribution	-0.6159	0.0382	1	4
42517	spatial confinement	-0.5646	-0.2335	1	6
42507	spark plasma sintering	-0.1985	-0.7427	4	29
42476	soybean oil	0.8252	-0.2558	7	7
42459	source and drains	-0.7616	0.3436	3	7
42456	source and drain electrode	-0.4926	0.3717	3	7
42452	sound reproduction	-1.1327	0.0777	1	13
42450	sound pressure level	-0.3048	0.5426	3	5
42447	sound frequency	-0.2605	0.6083	3	4
42445	sound emission	-0.2144	0.5573	3	4
42430	sorption kinetic	0.6823	-0.2458	7	6
42429	sorption isotherm	0.8988	-0.2421	7	5
42423	sorption capacity	0.8308	-0.2614	7	20
42419	sorption	0.864	-0.0859	2	63
42416	sorbent material	0.8474	0.1228	2	9
42412	sorbent	0.9543	0.1704	2	23
42407	soot	0.2242	-0.1497	7	7
42404	sonochemistry	0.6164	-0.3805	5	19
42403	sonochemical synthesis	0.6388	-0.4903	5	6
42398	sonochemical method	0.5836	-0.4664	5	10
42394	sonochemical	0.7543	-0.408	5	5
42389	sonication	0.4659	-0.1389	4	17
42381	solvothermal treatment	0.6683	-0.285	7	10
42379	solvothermal synthesis	0.7606	-0.4945	5	67
42378	solvothermal route	0.6084	-0.7268	5	34
42377	solvothermal reduction	0.6529	-0.4717	4	20
42375	solvothermal reaction	0.8573	-0.4922	7	31
42374	solvothermal process	0.7385	-0.6157	7	28
42371	solvothermal method	0.6525	-0.3542	5	118
42369	solvothermal condition	0.5823	-0.2076	7	13
42367	solvothermal approach	0.919	-0.6608	5	12
42366	solvothermal	0.6677	-0.5955	5	50
42353	solvent system	0.4678	-0.1954	4	5
42339	solvent free	0.5081	-0.4134	5	4
42338	solvent extraction	0.9274	0.1367	2	7
42336	solvent exchange	0.36	-0.5087	4	6
42334	solvent evaporation method	0.5972	-0.3281	4	5
42332	solvent effect	0.4367	-0.0035	4	6
42321	solvent	0.1831	-0.2851	4	148
42319	solvation	0.1423	-0.2153	1	4
42301	solution processing	-0.0196	0.2071	3	21
42297	solution processed	-0.0531	0.3673	3	22
42296	solution processable	-0.0014	0.4379	3	11
42295	solution process	0.0558	0.1268	3	9
42291	solution polymerization	0.3922	-0.2981	4	5
42289	solution phase synthesis	0.5107	-0.6455	5	5
42285	solution phase	0.4376	0.0555	4	6
42283	solution ph	0.9206	-0.0735	7	14
42281	solution mixing method	0.3974	-0.6262	4	6
42280	solution mixing	0.2584	-0.7079	4	15
42279	solution method	-0.1279	-0.3723	1	14
42270	solution concentration	-0.003	-0.2134	5	6
42268	solution chemistry	0.4118	0.1665	2	6
42267	solution casting method	0.377	-0.6252	4	24
42266	solution casting	0.3174	-0.4599	4	10
42265	solution cast method	-0.0677	0.1629	6	5
42264	solution cast	0.2084	-0.4235	4	5
42262	solution blending	0.3402	-0.742	4	27
42259	solution approach	-0.0093	-0.3275	1	5
42258	solution and solubility	0.5408	0.2621	2	42
42256	solution	0.7128	-0.0228	7	233
42240	solubility	0.5014	0.1342	2	87
42239	sols	0.5421	-0.2667	5	27
42238	solitons	-0.8284	0.7852	6	55
42220	solidification	0.0988	-0.6185	4	8
42185	solid substrate	-0.0638	-0.1082	4	7
42181	solid state synthesis	0.7551	-0.7859	5	6
42180	solid state supercapacitor	0.335	-0.5411	5	20
42177	solid state sensor	0.0514	0.374	3	12
42174	solid state reaction	0.2961	-0.8068	5	22
42171	solid state physics	-0.6499	-0.1963	1	14
42163	solid state laser	-0.6264	0.9184	6	33
42155	solid state device	-0.2437	0.2556	3	7
42152	solid state and material	-1.0828	-0.0249	1	6
42151	solid state	0.464	0.2703	2	23
42149	solid source molecular beam epitaxy	-0.4374	-0.6174	3	4
42147	solid solution	0.6546	0.3221	7	7
42134	solid phase microextraction fiber	0.9477	0.1186	2	15
42133	solid phase microextraction	1.0109	0.1906	2	56
42130	solid phase extraction sorbent	1.2294	0.2969	2	4
42126	solid phase extraction	1.1074	0.2528	2	111
42124	solid phase	0.306	0.2453	2	8
42120	solid lubrication wear	-0.219	-1.0365	4	4
42119	solid lubrication mechanism	-0.2105	-1.0259	4	8
42116	solid lubrication	-0.2134	-0.9926	4	13
42115	solid lubricants	-0.2318	-0.8085	4	20
42103	solid electrolyte interphase	0.251	-0.8262	5	8
42101	solid electrolyte interface	0.4724	-0.6485	5	7
42100	solid electrolyte	0.5219	-0.5668	5	47
42093	solid catalyst	0.5786	-0.3751	5	4
42092	solid carbon source	-0.1525	-0.2764	3	16
42087	solid acid catalyst	0.7038	-0.3815	5	6
42085	solid	-0.801	0.0286	1	42
42078	solar radiation	0.3735	0.0581	7	7
42077	solar power generation	0.2927	0.1804	7	38
42076	solar power	0.1755	0.2905	3	9
42072	solar light irradiation	0.7535	0.0947	7	5
42069	solar light	0.1958	0.1843	7	5
42063	solar energy material	0.706	-0.3096	7	10
42061	solar energy	0.2672	0.208	7	91
42058	solar cells	0.2198	0.274	3	335
42054	solar cell performance	0.0467	0.5596	3	6
42033	sol gel process	0.6512	-0.3432	5	96
42032	sol gel preparation	0.8228	-0.7654	4	7
42031	sol gel polymerization	0.617	-0.6292	4	4
42030	sol gel method	0.5464	-0.5383	5	18
42028	sol gel growth	0.8321	-0.7181	5	6
42024	sol gel	0.6622	-0.4026	4	96
42022	soil surveys	0.9368	0.0719	2	4
42009	soil conservation	-0.6229	-0.3606	3	4
42003	soil	0.8654	0.2222	2	12
41990	soft template	0.3415	-0.3335	4	4
41981	soft lithography	-0.1103	0.2651	3	4
41979	soft drink	1.3353	0.1193	2	4
41959	sodium sulfate	0.5178	0.0586	2	15
41956	sodium salt	0.4837	-0.0159	5	6
41947	sodium nitrite	1.3708	0.2691	2	5
41941	sodium ion battery	0.7025	-0.9522	5	48
41940	sodium ion	0.5622	0.0161	2	17
41936	sodium hydroxide	0.8611	-0.135	2	15
41930	sodium dodecylbenzene sulfonate	0.4618	-0.249	4	10
41926	sodium dodecyl sulfate	0.4697	0.0029	4	20
41925	sodium dodecyl benzenesulfonate	0.6046	-0.0909	4	4
41918	sodium compound	0.27	-0.4709	4	11
41917	sodium citrate	0.5123	-0.0378	4	9
41914	sodium chloride	0.714	0.0053	2	45
41911	sodium boro hydride	0.87	-0.352	5	36
41905	sodium alginate	0.5786	-0.4156	4	11
41900	sodium	0.4359	-0.2673	4	142
41898	social networking (online)	0.843	0.3602	2	5
41881	sns2	1.1201	-1.0192	5	8
41859	sno2 nanoparticle	1.0916	-0.502	5	4
41857	sno2	0.8465	-0.5128	5	27
41871	sno<sub>2</sub>	0.7877	-0.5304	5	19
41838	sn	0.5299	-1.158	5	8
41836	smooth surface	-0.1482	-0.1668	3	12
41832	smoke suppression	0.4602	-0.7181	4	6
41827	smoke	0.5953	-0.5862	4	12
41817	smart material	0.141	-0.412	4	4
41799	small size	-0.2524	0.0164	1	4
41795	small scale effect	-1.0407	-0.4605	1	4
41793	small scale	-1.0027	-0.4118	1	7
41791	small particle size	0.7899	-0.7029	5	15
41789	small organic molecule	0.322	0.1422	2	7
41783	small molecule	0.1749	0.2722	2	31
41779	small interfering rna	0.9549	0.8664	2	14
41758	small angle x ray scattering	0.0253	-0.4524	4	4
41744	slow light	-0.8394	0.5668	6	13
41736	slope stability	0.6138	-0.367	5	11
41735	slope efficiency	-0.6692	1.1199	6	18
41722	sliding velocity	-0.1665	-0.8796	4	4
41680	size range	0.5783	0.3054	2	5
41675	size effect	-0.4657	0.0475	1	24
41674	size distribution	-0.0188	-0.2385	5	15
41673	size determination	-0.3579	-0.1452	1	11
41669	size dependent	-0.5565	-0.0709	1	7
41668	size dependence	-0.5981	-0.143	1	8
41667	size controlled synthesis	0.6403	-0.194	5	5
41660	size and shape	0.0045	-0.2345	1	7
41650	situ solvothermal synthesis	1.0781	-0.7454	5	4
41645	situ reduction method	0.3456	0.0452	4	6
41644	situ reduction	0.5346	-0.3563	4	23
41641	situ polymerization	0.0209	-0.4195	4	4
41639	situ oxidative polymerization	0.812	-0.2507	5	4
41635	situ hydrothermal method	0.891	-0.6393	5	6
41629	situ chemical polymerization	0.7852	-0.3761	7	13
41619	site specific	0.1374	0.3712	2	6
41594	sio2	-0.3335	-0.1517	3	4
41584	sintering temperature	-0.2898	-0.7725	4	4
41580	sintering	-0.0593	-0.6124	4	53
41578	sintered alumina	-0.1947	-0.8507	4	4
41573	singlet oxygen	0.8021	0.7338	2	14
41549	single wall nanotube	0.5883	0.5356	2	61
41548	single wall carbon nanotube	-0.1814	-0.0237	1	140
41546	single wall carbon	-0.1718	-0.1739	1	6
41545	single wall	-0.3792	-0.1185	1	8
41544	single vacancy defect	-0.7503	-0.6409	1	5
41543	single vacancy	-0.7442	-0.4749	1	15
41537	single stranded dna	0.7102	0.7032	2	100
41534	single step synthesis	0.2082	-0.5098	5	5
41532	single step	0.1055	0.0697	3	12
41530	single source precursor	0.984	-0.3869	5	5
41524	single pulse energy	-0.721	1.1372	6	46
41500	single nucleotide polymorphisms	0.6152	0.6524	2	4
41498	single nucleotide polymorphism	0.7593	0.7095	2	12
41496	single molecule magnet	-0.6128	0.1897	1	4
41492	single molecule	-0.2914	0.2769	1	6
41485	single mode fiber	-0.503	0.847	6	6
41480	single layered graphene sheet	-0.9611	-0.4211	1	18
41479	single layer structure	0.1955	-0.2198	4	5
41475	single layer graphene	-0.5081	0.1471	3	13
41473	single layer	-0.5597	0.0231	1	231
41465	single fiber	0.4489	-0.059	2	6
41460	single electron transistor	-0.5438	0.1637	1	6
41457	single electron	-0.8322	0.1309	1	4
41447	single crystalline	-0.3712	-0.2274	3	34
41438	single crystal	-0.3694	-0.2835	3	49
41436	single component	-0.2088	0.0905	6	6
41429	single cell	0.5422	-0.212	5	4
41422	single atom	-0.4103	0.0684	1	7
41410	simultaneous removal	0.8281	-0.492	5	4
41409	simultaneous reduction	0.7326	-0.298	5	58
41396	simultaneous formation	0.8532	-0.5188	5	4
41391	simultaneous determination	1.2828	0.1458	2	118
41390	simultaneous detection	1.2001	0.3662	2	47
41382	simulation result	-0.6854	-0.1479	1	10
41378	simulation	-0.1788	0.1288	1	30
41375	simulated sunlight	0.9323	-0.1631	7	12
41374	simulated solar light	0.5988	0.033	7	16
41372	simulated result	-0.7462	0.2742	3	7
41368	simulated body fluid	0.7076	0.3281	2	9
41366	simulated annealing	-0.8689	-0.2242	1	5
41360	simple structure	-0.4196	-0.0356	1	6
41355	simple method	0.1721	-0.076	4	39
41350	simple approach	0.2066	-0.0874	5	21
41330	silver phosphate	0.9928	-0.2074	7	5
41325	silver nitrate	0.7944	0.2249	2	14
41323	silver nanowire	0.1512	0.1977	3	21
41315	silver nanoparticle	0.6894	0.2828	2	171
41312	silver nanocomposite	0.2578	0.5962	3	4
41306	silver ion	0.6792	0.0914	2	12
41302	silver halide	0.8931	-0.1538	7	17
41295	silver enhancement	1.0405	0.5558	2	4
41293	silver derivative	1.0152	-0.1259	7	12
41289	silver compound	0.9992	-0.2151	7	10
41282	silver chloride	1.1555	0.1567	2	6
41277	silver alloy	0.6596	-0.2624	4	22
41275	silver	0.4115	0.153	7	491
41267	silk fibroin	0.6171	0.5735	2	4
41265	silk	0.7911	0.0022	4	8
41260	silicone rubber	0.1316	-0.6767	4	10
41259	silicone oil	0.2028	-0.4927	4	5
41253	silicone	0.0755	-0.111	4	70
41246	silicon waveguide	-0.6628	0.7324	6	5
41245	silicon wafer	-0.4374	0.1333	3	34
41240	silicon substrate	-0.3821	0.0611	3	30
41238	silicon solar cells	-0.1842	0.6171	3	18
41227	silicon photonic crystal	-0.7132	0.7691	6	6
41222	silicon oxide	-0.3968	0.1569	3	35
41215	silicon nitride	-0.2724	-0.2548	4	6
41212	silicon nanowire	-0.1669	0.1008	3	17
41209	silicon nanoparticle	0.5987	-0.716	5	20
41187	silicon dioxide	0.47	0.4003	2	144
41186	silicon derivative	-0.3016	-0.1875	3	6
41184	silicon compound	-0.4769	0.0573	3	43
41179	silicon carbide substrate	-0.6461	-0.0181	3	4
41176	silicon carbide	-0.5945	-0.0695	3	169
41175	silicon battery	0.4327	-1.0789	5	11
41171	silicon based	-0.4773	0.2853	3	9
41170	silicon atom	-0.7207	-0.2111	1	5
41169	silicon anode	0.4902	-1.1431	5	5
41165	silicon	-0.3695	0.0973	3	281
41161	silicene	-0.9405	-0.1923	1	22
41160	silicate minerals	0.1556	-0.1649	5	21
41157	silicate	0.2547	-0.2134	4	15
41147	silica nanosphere	1.0111	0.0035	2	4
41146	silica nanoparticle	0.66	0.2499	2	13
41137	silica gel	0.6542	0.0124	2	8
41129	silica	0.2089	0.0075	2	107
41122	silane derivative	0.6168	0.3223	2	10
41121	silane coupling agent	0.3423	-0.6903	4	16
41120	silane	0.3678	-0.1517	4	27
41117	significant impacts	-0.1556	-0.049	1	7
41115	signaling pathways	0.8653	0.8293	2	5
41107	signal transduction	0.8789	0.7364	2	45
41104	signal to noise ratio	0.4413	0.4567	2	54
41103	signal to noise (s/n) ratio	1.055	0.0174	7	4
41102	signal to noise	0.5649	0.3523	2	23
41101	signal to background ratio	0.3264	0.6291	2	7
41098	signal processing	0.0271	0.6356	2	76
41095	signal on	1.1039	0.5879	2	4
41094	signal noise ratio	0.6248	0.5409	2	51
41092	signal interference	-0.0315	-0.6422	4	19
41091	signal intensity	0.0475	0.1367	1	4
41085	signal enhancement	0.0526	0.4913	2	6
41082	signal detection	0.8921	0.5981	2	165
41078	signal amplification	1.0187	0.6314	2	95
41062	side effect	0.6767	0.8281	2	5
41057	sic substrate	-0.6998	-0.0222	3	33
41046	sic buffer layer	-0.4896	-0.595	3	4
41045	sic	-0.525	-0.1474	3	21
41031	si(111)	-0.6083	-0.2293	3	5
41023	si substrate	-0.4918	0.0507	3	23
41015	si nanoparticle	0.2724	-0.3848	5	6
41002	si based	-0.2814	0.0682	3	6
41001	si atom	-0.651	-0.3441	1	7
40996	shubnikov de haas oscillation	-1.0568	0.103	1	4
40992	shrinkage	-0.0684	-0.3629	4	10
40987	shot noise	-1.109	0.1912	1	13
40976	short response time	0.4143	0.0624	2	10
40968	short periods	0.0545	-0.0799	1	4
40964	short diffusion length	0.8789	-0.6705	5	5
40963	short circuit photocurrent density	0.5191	0.3189	7	6
40962	short circuit photocurrent	0.1736	0.3405	7	5
40960	short circuit current	0.1333	0.4791	3	5
40940	shielding performance	0.0691	-0.8029	4	8
40938	shielding material	0.106	-0.6115	4	4
40935	shielding effectiveness	-0.06	-0.4896	4	14
40931	shielding	-0.0501	-0.5393	4	32
40928	shewanella oneidensis mr 1	1.0454	0.2596	2	7
40927	shewanella oneidensis	0.9794	0.4212	2	4
40925	shewanella	0.9806	0.3376	2	9
40924	shells (structures)	0.4216	-0.2466	5	81
40922	shellfish	0.4919	0.0865	2	5
40910	sheet structure	0.3608	-0.1403	4	8
40907	sheet resistance	-0.1509	0.2092	3	35
40905	sheet metal	-0.3816	-0.1819	1	24
40903	sheet like structure	0.4017	-0.3431	4	5
40902	sheet like	-0.0133	-0.2094	4	6
40894	shearing	-0.6639	-0.5585	1	5
40887	shear thinning behavior	0.2549	-0.7787	4	4
40883	shear stress	-0.3376	-0.3792	1	9
40882	shear strength	-0.2281	-0.6389	4	14
40881	shear strain	-0.7464	-0.4886	1	7
40872	shear flow	-0.4528	-0.4739	1	17
40871	shear deformation	-0.5377	-0.528	1	4
40867	sharp transition	-0.4234	-0.1377	1	4
40863	sharp edge	-0.0495	0.2134	3	6
40861	sharp contrast	-0.544	-0.1971	1	5
40848	shape transformation	-0.0607	-0.3288	7	4
40847	shape stabilized phase change material	0.2713	-0.8083	4	5
40842	shape optimization	0.2775	-0.6853	4	12
40838	shape memory polymer	0.1245	-0.5835	4	11
40835	shape memory effect	0.1488	-0.5127	4	19
40834	shape memory composite	0.1409	-0.6524	4	5
40831	shape memory	0.3307	-0.6536	4	5
40830	shape fiber	-0.5324	0.8995	6	4
40825	shape controlled synthesis	0.6814	-0.7292	5	5
40821	shape and size	-0.1629	-0.4817	5	6
40805	sewage treatment	0.8578	-0.0906	7	6
40804	sewage	0.9724	-0.0485	7	28
40799	set lrp	0.549	-0.1743	4	4
40792	serum sample	1.1418	0.5571	2	12
40789	serum albumin. bovine	0.879	0.6185	2	25
40788	serum albumin	0.8232	0.6205	2	7
40787	serum	1.2209	0.5897	2	18
40785	sers substrate	0.3142	0.4596	6	11
40784	sers spectrum	0.2785	0.476	2	4
40778	sers active substrate	0.2718	0.7175	6	5
40777	sers	0.3222	0.4126	2	17
40776	serpins	1.3099	0.5546	2	6
40767	series resistance	-0.4587	0.4804	3	7
40750	sequence analysis. dna	0.3835	0.7815	2	6
40748	sequence analysis	0.9643	0.7985	2	7
40744	separators	0.4832	-0.1733	5	7
40740	separation technique	0.8807	0.2714	2	45
40735	separation performance	0.619	-0.1554	7	20
40731	separation membrane	0.3972	-0.3082	7	11
40726	separation efficiency	0.7463	-0.0538	7	20
40721	separation and purification	0.7274	-0.1735	2	5
40718	separation	0.1592	-0.0946	7	98
40705	sensor platform	0.8773	0.5474	2	6
40701	sensor material	0.1153	0.2166	6	6
40694	sensor application	-0.2173	0.2786	3	7
40692	sensor	0.3364	0.3698	2	440
40689	sensitization	0.7099	0.0666	7	6
40682	sensitivity enhancements	-0.0176	0.6489	6	5
40681	sensitivity and specificity	0.9929	0.5818	2	207
40679	sensitivity analysis	0.8355	0.5587	2	203
40678	sensitivity	0.0597	0.4749	6	16
40672	sensitive method	0.7422	0.4383	2	5
40667	sensitive detection	0.9763	0.4537	2	95
40663	sensitive analysis	1.0109	0.4338	2	5
40660	sensing system	0.3524	0.6674	2	9
40654	sensing property	0.211	0.2318	3	12
40651	sensing platform	0.7074	0.4879	2	43
40650	sensing performance	0.2734	0.3003	3	44
40649	sensing mechanism	0.1579	0.3756	3	10
40648	sensing material	0.2705	0.3569	3	18
40644	sensing element	0.017	0.4071	3	5
40638	sensing application	0.0431	0.4184	3	33
40635	sensing	0.1964	0.3476	5	7
40615	semiconductor to metal transition	-0.981	-0.452	1	4
40613	semiconductor technology	-0.4785	0.2573	3	4
40611	semiconductor superlattice	-1.0392	0.0469	1	4
40609	semiconductor substrate	-0.4616	0.5033	3	5
40605	semiconductor saturable absorber mirrors	-0.6626	0.9069	6	5
40603	semiconductor quantum wire	-0.913	0.0946	1	7
40602	semiconductor quantum wells	-0.5939	0.5416	6	90
40601	semiconductor quantum dots	0.0105	0.3331	2	449
40600	semiconductor property	-0.5051	0.0683	3	8
40594	semiconductor photocatalyst	0.7947	-0.3114	7	13
40588	semiconductor nanostructure	-0.7326	0.222	1	5
40587	semiconductor nanoparticle	0.4453	0.1366	7	8
40585	semiconductor nanocrystal	0.0151	0.4423	6	4
40584	semiconductor nanocomposite	0.6401	-0.2223	7	7
40582	semiconductor metal transition	-0.8333	-0.0592	1	4
40580	semiconductor metal	-0.7598	0.087	1	4
40579	semiconductor material	-0.2606	0.103	7	44
40577	semiconductor laser	-0.6298	0.6902	6	7
40576	semiconductor junction	-0.6662	0.2816	3	63
40574	semiconductor insulator boundary	-0.9312	0.0271	1	8
40573	semiconductor industry	-0.4624	0.3947	3	8
40570	semiconductor growth	-0.3179	0.1159	3	10
40565	semiconductor doping	-0.2921	0.1345	3	154
40564	semiconductor diode	-0.5242	0.4525	3	6
40561	semiconductor device manufacture	-0.5277	0.2234	3	16
40560	semiconductor device	-0.5764	0.2945	3	24
40556	semiconductor composite	0.7594	-0.46	7	5
40551	semiconductor behavior	-0.8234	0.0222	1	9
40550	semiconductor	0.0202	0.4963	3	166
40542	semiconducting silicon compound	-0.6052	0.0614	3	29
40541	semiconducting silicon	-0.5701	0.2223	3	18
40540	semiconducting selenium compound	-0.7719	0.0499	1	8
40537	semiconducting organic compound	-0.315	0.2784	3	4
40534	semiconducting material	-0.2597	0.2465	3	6
40533	semiconducting lead compound	-0.2425	0.2435	3	7
40528	semiconducting gallium	-0.5715	0.3747	3	6
40527	semiconducting film	-0.2245	0.301	3	6
40525	semiconducting behavior	-0.503	-0.0815	1	16
40510	semi metal	-1.0137	-0.045	1	7
40503	semi crystalline polymer	0.2985	-0.987	4	5
40500	semi conducting property	-0.3336	-0.0752	1	9
40493	sem observation	0.2467	-0.7616	4	6
40490	sem image	0.1003	-0.3914	4	18
40488	sem and tem	0.2802	-0.579	4	18
40486	sem	0.2467	-0.2637	4	55
40414	self scrolling	0.0652	0.2856	1	4
40408	self powered	0.0328	0.3318	3	7
40403	self organization	-0.0038	-0.019	4	5
40401	self lubrication friction	-0.2212	-1.0339	4	4
40400	self lubrication	-0.2277	-1.0369	4	6
40399	self lubricating composite	-0.1932	-0.9952	4	9
40397	self lubricated wear	-0.2082	-0.9918	4	5
40392	self healing property	0.7753	0.0863	4	5
40391	self healing material	0.2918	-0.5768	4	5
40388	self healing	0.1779	-0.0454	4	14
40385	self energy	-1.0358	-0.0232	1	4
40365	self assembly technique	0.2821	0.267	3	9
40363	self assembly structure	0.1984	-0.108	4	6
40361	self assembly process	0.4982	-0.3485	5	40
40357	self assembly method	0.4136	-0.1682	5	23
40354	self assembly	0.4054	-0.0639	4	368
40352	self assembling	0.4444	0.0687	4	26
40349	self assembled structure	0.1053	-0.2516	1	5
40345	self assembled multilayer	0.7975	0.3569	2	4
40344	self assembled monolayer	0.0039	0.27	3	30
40341	self assembled growth	-0.2377	-0.4567	3	6
40339	self assembled	0.2244	0.0059	4	96
40333	selex aptamer technique	1.3557	0.6971	2	4
40328	selenium derivative	0.5108	0.3862	7	14
40327	selenium compound	0.2655	0.3151	7	22
40326	selenium	0.224	0.058	7	18
40325	selenide	0.1156	0.6003	3	7
40321	selectivity and sensitivity	0.931	0.268	2	12
40320	selectivity	0.7826	-0.0387	2	20
40314	selective transformation	0.8538	-0.3512	7	5
40310	selective separation	0.5842	0.2283	2	4
40308	selective sensing	0.6218	0.3854	2	5
40305	selective reduction	0.6581	-0.3166	5	9
40304	selective recognition	0.7168	0.4331	2	5
40295	selective oxidation	0.489	-0.4205	5	27
40293	selective modification	0.219	-0.0159	3	4
40289	selective isolation	1.0246	0.228	2	4
40286	selective hydrogenation	0.2494	-0.7291	5	11
40281	selective fluorescence	0.3698	0.569	2	4
40277	selective enrichment	0.9768	0.399	2	9
40273	selective determination	1.1458	0.2603	2	28
40271	selective detection	0.8276	0.4579	2	52
40265	selective catalytic reduction	0.5762	-0.344	5	7
40257	selective adsorption	0.4966	-0.0406	7	17
40256	selective absorption	0.2923	0.0604	3	4
40255	selection rule	-1.0808	0.0835	1	7
40251	selected area electron diffraction	0.1804	-0.2698	4	24
40245	segregation (metallography)	-0.3068	-0.5746	3	6
40244	segregation	-0.4562	-0.6998	3	4
40243	segregated structure	0.0616	-0.8501	4	6
40241	segregated network	0.3114	-0.8134	4	6
40222	seebeck effect	-0.6504	-0.0313	1	6
40221	seebeck coefficient	-0.5183	-0.3408	1	10
40216	sedimentation	0.5058	0.2035	2	5
40211	sediment	0.6962	0.0743	2	4
40203	secondary structure	0.7597	0.3568	2	8
40192	secondary electron	-0.5335	0.0392	1	5
40191	secondary battery	0.7171	-0.8531	5	333
40190	secondary antibody	1.0962	0.5575	2	22
40173	second order model	0.9336	-0.3356	7	4
40172	second order kinetic	0.9048	-0.3508	7	9
40169	second order	-0.6937	0.0266	1	7
40157	seawater	0.8177	-0.0051	2	9
40151	sea water	0.9509	0.1324	2	4
40130	screening effect	-0.8656	0.0727	1	9
40129	screening	0.4013	0.4788	2	8
40120	screen printing	0.2126	0.2618	3	9
40119	screen printed electrode	1.1935	0.1952	2	25
40118	screen printed carbon electrode	1.2107	0.3459	2	18
40117	screen printed	0.3943	0.344	3	10
40111	scientists and engineers	-0.0618	0.0927	3	5
40109	scientific researche	0.2515	0.1825	7	5
40104	scientific community	-0.0032	-0.0005	4	8
40101	science and technology	-0.2217	0.1903	6	9
40086	schottky junction	-0.1724	0.4638	3	42
40083	schottky diode	-0.4948	0.5069	3	4
40081	schottky contact	-0.5472	0.4558	3	4
40078	schottky barrier height	-0.5398	0.4764	3	8
40077	schottky barrier diode	-0.4762	0.4434	3	37
40076	schottky barrier	-0.5574	0.439	3	18
40075	schottky	-0.4435	0.3693	3	6
40067	schiff base	0.5144	-0.4389	5	4
40063	scheduling	0.1886	0.3265	4	4
40058	scavenger	0.8403	0.1759	2	4
40056	scattering. radiation	-0.5282	0.5087	6	17
40049	scattering region	-1.1024	-0.1384	1	5
40043	scattering parameter	-0.8348	0.3985	1	10
40042	scattering mechanism	-0.9439	0.2181	1	5
40033	scattering cross section	-0.5619	0.3569	1	4
40027	scattering	-0.8773	0.1359	1	29
40023	scanning tunneling spectroscopy	-0.8518	-0.1954	1	13
40022	scanning tunneling microscopy and spectroscopy	-0.7929	-0.2647	1	14
40021	scanning tunneling microscopy	-0.5619	-0.1996	1	154
40020	scanning transmission x ray microscopy	-0.2724	-0.2316	1	5
40019	scanning transmission electron microscopy	-0.0336	0.0666	1	28
40013	scanning probe microscopy	-0.2381	0.09	1	10
40012	scanning probe	-0.5242	0.2362	1	4
40002	scanning electron microscopy image	0.2761	-0.4302	4	24
40001	scanning electron microscopy	0.5661	-0.2147	4	2028
40000	scanning electron micrograph	0.7122	-0.4669	4	5
39999	scanning electron	0.5006	-0.359	5	80
39994	scanning and transmission electron microscopy	0.5882	-0.5062	5	47
39993	scanning	-0.588	0.0692	1	10
39989	scandium	-0.5416	-0.5981	1	13
39988	scan rate	0.6957	-0.3809	5	44
39970	scale up	0.2165	0.0043	7	10
39965	scalable synthesis	-0.0327	-0.3995	3	12
39963	scalable production	0.1417	-0.155	4	9
39962	scalable method	0.1208	-0.2234	3	11
39959	scalable approach	0.1396	-0.4251	5	10
39957	scalability	0.1354	-0.1596	3	26
39955	scaffolds (biology)	0.6778	0.457	2	34
39954	scaffolds	0.55	-0.2098	5	70
39953	scaffold material	0.6725	0.6274	2	4
39936	saturation magnetization	0.4093	-0.2197	5	46
39920	saturated porous media	0.579	0.0402	2	6
39917	saturated magnetization	0.4239	-0.3416	6	7
39909	saturated calomel electrode	0.7909	-0.0875	7	11
39907	saturated absorption	-0.4724	0.6645	6	4
39904	saturable absorption	-0.6357	0.8604	6	34
39903	saturable absorbers	-0.6834	0.9977	6	237
39902	saturable absorber mirrors	-0.6797	1.0992	6	13
39896	sapphire substrate	-0.5009	-0.065	3	5
39895	sapphire	-0.4653	0.0106	3	10
39892	sandwiched structure	-0.0744	-0.14	5	5
39884	sandwich type immunosensor	1.3093	0.4895	2	5
39882	sandwich type	0.6984	0.3031	2	9
39881	sandwich structure	0.0418	-0.3215	5	20
39878	sandwich like structure	0.5964	-0.3576	5	11
39877	sandwich like nanostructure	0.415	-0.4631	6	6
39876	sandwich like	0.7095	-0.8454	5	5
39875	sandwich immunoassay	1.1038	0.5545	2	6
39864	sandwich	0.5096	-0.9067	5	4
39862	sand	0.6451	0.0841	2	10
39860	sampling	0.3712	0.4139	2	9
39858	sample volume	0.857	0.19	2	7
39854	sample solution	1.0379	0.2919	2	9
39850	sample pretreatment	1.0187	0.4192	2	4
39846	sample preparation	0.2328	0.176	2	16
39844	sample ph	0.8349	0.2909	2	5
39831	salts	0.6946	0.009	2	20
39819	salt concentration	0.4475	0.0953	2	9
39812	salmonella	1.0064	0.3949	2	4
39810	saliva	1.0193	0.5407	2	5
39808	salinity	0.6901	0.0529	7	5
39806	saline solution	0.9891	-0.071	4	4
39796	salbutamol	1.0691	0.5405	2	5
39788	safety engineering	0.3238	-0.5913	4	7
39785	safety	0.6596	0.4112	2	5
39781	sacrificial template	0.825	-0.7102	5	18
39780	sacrificial reagent	0.4911	-0.4101	7	4
39773	s. aureus	0.8777	0.458	2	5
39758	s doped	0.1251	-0.53	5	6
39753	rutoside	1.0761	0.3148	2	4
39751	rutin	1.4197	0.1816	2	27
39749	rutile tio	0.3215	0.2178	7	4
39738	ruthenium oxide	0.7944	-0.6187	5	8
39734	ruthenium compound	0.7368	-0.073	5	29
39733	ruthenium complex	0.7044	0.2739	2	12
39732	ruthenium chloride	0.7963	-0.7969	5	4
39731	ruthenium alloy	0.8373	-0.3563	5	18
39730	ruthenium	0.3157	-0.2346	5	66
39724	run to run	0.2594	0.1723	2	5
39714	rubber nanocomposite	0.1233	-0.8368	4	12
39711	rubber compounding	0.0941	-0.6996	4	8
39710	rubber composite	0.1743	-0.7812	4	6
39707	rubber	0.1646	-0.7347	4	62
39702	ru(bpy)32+	1.229	0.5034	2	4
39696	ru(bpy)	0.9391	0.4046	2	12
39695	ru(0001)	-0.57	-0.3501	1	34
39693	ru nanoparticle	0.1794	-0.5742	5	7
39685	rram	-0.2725	0.4909	3	5
39675	roughness	-0.2932	-0.2366	1	5
39672	rough surface	-0.1519	-0.3133	1	6
39656	rotation angle	-0.9279	-0.093	1	5
39655	rotation	-0.7354	0.1061	1	12
39654	rotating ring disk electrode technique	0.7751	-0.7021	5	4
39653	rotating ring disk electrode	0.8753	-0.6093	5	15
39647	rotating disks	0.8929	-0.6294	5	30
39645	rotating disk electrode	0.8252	-0.6217	5	21
39617	room temperature sensing	0.3637	0.2115	3	5
39612	room temperature ionic liquid	0.6047	-0.1568	5	13
39608	room temperature	-0.3164	0.0456	3	359
39591	roll to roll	-0.0491	0.0916	3	4
39585	roentgen spectroscopy	0.9693	0.219	2	19
39563	rna. small interfering	0.8319	0.8942	2	6
39557	rna sequence	1.0327	0.7938	2	6
39553	rna interference	1.0048	0.8976	2	6
39543	rna analysis	1.082	0.902	2	6
39542	rna	0.7966	0.6838	2	42
39539	rkky interaction	-1.173	-0.1148	1	4
39536	rivers	0.9867	0.2262	2	9
39535	river water sample	1.0795	0.2801	2	5
39534	river water	1.0859	0.255	2	18
39532	rituximab	0.9824	0.9107	2	5
39529	risk factor	0.8354	0.6442	2	4
39528	risk assessment	0.8358	0.5364	2	10
39521	ripple	-0.6984	-0.4746	1	6
39514	ring opening polymerization	0.5377	-0.4696	4	12
39510	ring opening	0.7624	0.0943	2	7
39507	ring laser	-0.7312	0.9908	6	16
39506	ring gage	-0.8779	0.6674	6	5
39498	ring cavity	-0.7177	1.0577	6	8
39495	rigidity	-0.4246	-0.1577	1	9
39486	rigid and flexible substrate	0.0545	0.5167	3	4
39455	rhodium	-0.1784	-0.4548	1	28
39448	rhodamine b	0.8896	-0.0053	7	84
39447	rhodamine 6g	0.3928	0.583	2	15
39446	rhodamine	0.717	0.4506	2	22
39441	rheology	0.2389	-0.5406	4	34
39439	rheological property	0.1974	-0.5597	4	11
39435	rheological measurement	0.3119	-0.685	4	13
39432	rheological behavior	0.1534	-0.6271	4	9
39398	rgo	0.623	-0.032	7	22
39383	rewritable memory	0.0907	0.3044	3	10
39380	review	0.5863	0.5684	2	122
39376	reversible switching	-0.0203	0.2015	3	5
39374	reversible specific capacity	0.7242	-0.9366	5	58
39362	reversible hydrogen electrode	0.7092	-0.6213	5	5
39355	reversible capacity	0.6039	-0.9069	5	241
39348	reversible addition fragmentation chain transfer polymerization	0.5618	0.0681	4	15
39347	reversible addition fragmentation chain transfer	0.7562	-0.0388	4	5
39342	reversed phase liquid chromatography	1.0566	0.4174	2	6
39332	reverse saturable absorption	-0.4967	0.8986	6	13
39326	reverse microemulsion	1.0582	0.0788	2	4
39312	reusability	0.9199	-0.0555	7	63
39301	reticuloendothelial system	0.8047	0.8916	2	8
39299	retention time	-0.0982	0.415	3	6
39288	resulting material	0.4989	-0.2511	4	22
39285	restriction endonuclease	0.7875	0.7352	2	7
39279	restacking	0.5382	-0.5392	5	25
39277	responsivity	-0.5532	0.5281	3	14
39272	response/recovery time	0.3011	0.1365	3	4
39269	response time	0.2986	0.4263	2	6
39268	response surface methodology	0.8458	-0.0599	2	4
39263	response property	-0.2917	0.2435	6	5
39258	response current s	1.0324	0.279	2	7
39257	response and recovery time	0.1791	0.4647	3	4
39250	resorcinol formaldehyde	0.4632	-0.5349	5	6
39248	resorcinol	0.9473	0.0951	2	10
39246	resonators	-0.7438	0.3355	6	37
39243	resonant wavelength	-0.8181	0.6226	6	10
39239	resonant tunneling	-1.0351	0.2343	1	15
39237	resonant transmission	-0.8269	0.4037	1	7
39227	resonant peak	-1.0648	0.2609	1	9
39223	resonant micro cantilever	0.5179	0.2787	3	4
39219	resonant frequency	-0.7491	-0.042	1	5
39217	resonant excitation	-0.794	0.4886	6	5
39200	resonance wavelength	-0.6884	0.6681	6	5
39194	resonance raman spectroscopy	-0.5473	0.0022	1	4
39188	resonance mode	-0.8484	0.7122	6	6
39186	resonance frequency	-0.7341	0.3549	6	16
39183	resonance energy transfer	0.5707	0.756	2	20
39178	resonance	-0.6699	0.3337	1	61
39169	resistivity	-0.0606	-0.3452	4	17
39168	resistive switching memory	-0.2921	0.4733	3	7
39166	resistive switching behavior	-0.1994	0.4339	3	5
39164	resistive switching	-0.3214	0.4375	3	15
39162	resistive random access memory	-0.3614	0.4908	3	7
39160	resistive memory	-0.402	0.5396	3	4
39140	resistance random access memory	-0.3495	0.3951	3	4
39133	resistance change	-0.2582	0.3718	3	6
39128	resin matrix	0.1162	-0.8183	4	4
39125	resin composite	0.3055	-0.8731	4	10
39122	resin	0.2214	-0.6716	4	75
39120	residue analysis	1.112	0.3275	2	6
39112	residual oxygen	0.1357	-0.3571	5	7
39094	reservoirs (water)	0.3929	0.0712	7	5
39085	research result	0.1396	-0.3255	4	8
39084	research progress	-0.0594	0.0097	3	4
39076	research interests	-0.0547	0.1242	3	18
39072	research focus	0.1863	-0.0132	4	4
39071	research field	-0.1715	0.1653	6	5
39070	research efforts	-0.1766	0.0951	4	5
39068	research and development	0.0179	0.0995	6	9
39067	research and application	0.0234	0.1747	3	9
39064	research activity	-0.1288	0.0125	5	5
39062	research	-0.1619	0.3616	3	12
39051	reproducibility of result	1.0754	0.4473	2	174
39050	reproducibility	0.9771	0.4075	2	405
39039	repetition rate	-0.6702	1.0379	6	61
39038	repetition frequency	-0.7307	1.0306	6	6
39026	repair	0.1625	0.1504	2	13
39022	renormalization	-1.0972	-0.0457	1	4
39020	renewable resource	0.381	-0.0088	7	10
39012	renewable energy resource	0.4185	-0.3745	5	8
39008	renewable energy	0.7011	-0.2999	5	11
39004	removal rate	0.8188	-0.4771	7	4
38997	removal of heavy metal ion	1.0493	-0.1783	7	9
38993	removal efficiency	0.8197	-0.1293	7	36
38991	removal	0.8382	-0.0969	7	14
38969	reliability	0.0787	0.3969	3	26
38967	release rate	0.4016	-0.2842	4	5
38960	release behavior	0.7575	0.2873	2	5
38955	relaxation time	-0.8978	0.0643	1	5
38953	relaxation property	-0.7084	-0.4365	1	6
38941	relativistic electron	-1.2087	0.0471	1	7
38938	relative standard deviation	1.0688	0.264	2	100
38937	relative stability	-0.6541	-0.1513	1	10
38931	relative position	-0.7419	-0.1033	1	8
38920	relative humidity	-0.0784	0.2427	3	5
38919	relative fluorescence intensity	0.8308	0.6321	2	5
38914	relative density	-0.202	-0.9071	4	4
38912	relative contribution	-0.74	-0.1194	1	5
38909	related system	-0.774	-0.3048	1	4
38905	reinforcing mechanism	0.0622	-0.8425	4	7
38904	reinforcing fillers	0.3304	-0.7644	4	13
38902	reinforcing effect	0.256	-0.8119	4	20
38901	reinforcing component	0.1932	-0.4602	4	4
38891	reinforcement effect	0.0815	-0.7801	4	16
38890	reinforcement	0.0762	-0.6953	4	141
38886	reinforced polymer composite	-0.0841	-0.6916	4	5
38885	reinforced polymer	-0.1161	-0.6837	4	4
38883	reinforced plastics	0.0217	-0.6341	4	25
38879	reinforced epoxy	0.0811	-0.8073	4	6
38877	reinforced composite	-0.1053	-0.5816	4	8
38857	regression analysis	-0.3647	-0.121	1	5
38853	region	-0.5804	-0.2395	1	6
38848	regenerative fuel cells	0.8837	-0.2983	5	5
38842	regeneration	0.9606	0.2192	7	8
38840	regenerated cellulose	0.5762	-0.8294	4	5
38829	refractometry	-0.3892	0.6351	6	15
38823	refractive index	-0.5808	0.5331	6	53
38822	refraction index	0.0248	0.4891	2	4
38820	refraction	-0.7382	0.4634	6	9
38818	refluxing	0.586	-0.3574	4	12
38811	reflective mirrors	-0.7799	1.322	6	6
38799	reflection spectra	-0.5654	0.3787	6	4
38793	reflection loss	-0.0195	-0.3119	6	37
38791	reflection high energy electron diffraction	-0.5475	-0.5008	3	5
38787	reflection characteristic	-0.8449	0.4465	3	4
38782	reflection	-0.6784	0.3331	6	24
38771	reference value	0.5979	0.3792	2	14
38769	reference standards	1.1309	0.3128	2	7
38767	reference electrode	0.4826	0.2915	2	7
38754	reduction temperature	0.3357	-0.1893	4	6
38748	reduction reaction	0.4438	-0.4389	5	22
38743	reduction process	0.2064	-0.1765	4	42
38742	reduction potential	0.6188	-0.0696	5	6
38741	reduction peak current	1.2975	0.2765	2	25
38735	reduction of oxygen	0.4208	-0.2194	5	7
38731	reduction of graphene oxide	1.254	0.0053	2	4
38728	reduction method	0.3907	-0.3808	5	29
38727	reduction mechanism	0.453	-0.0516	7	8
38726	reduction level	0.2666	0.0101	6	7
38725	reduction kinetic	0.8474	0.1117	2	16
38724	reduction efficiency	0.5515	-0.3305	7	4
38723	reduction effect	0.1343	0.3577	6	4
38722	reduction degree	0.1883	-0.1117	7	17
38713	reduction	0.7583	-0.1929	5	419
38712	reductants	0.7163	-0.2833	5	46
38705	reducing reagent	0.699	-0.1299	5	12
38704	reducing process	0.3644	0.1232	7	10
38700	reducing agent	0.7444	-0.0953	5	52
38686	reduced nicotinamide adenine dinucleotide	1.2053	0.4782	2	5
38682	reduced graphite oxide	0.373	-0.5767	4	5
38681	reduced graphene sheet	1.0269	-0.1	2	8
38658	reduced graphene oxide tetraethylene pentamine	1.2524	0.5636	2	6
38654	reduced graphene oxide nanosheet	0.98	0.3256	2	9
38645	reduced graphene oxide	0.5778	-0.1155	5	2156
38642	reduced graphene	0.7041	0.1871	2	6
38623	redox wave	1.3767	0.0995	2	4
38622	redox system	0.4237	0.2299	2	6
38620	redox specy	0.6448	0.0913	2	5
38616	redox reaction	0.7162	-0.1519	5	158
38613	redox process	0.9455	-0.2905	5	5
38612	redox probe	1.0388	0.38	2	18
38611	redox potential	0.3365	-0.0877	5	8
38609	redox peak current	1.2812	0.1714	2	7
38608	redox peak	1.2394	0.2073	2	24
38604	redox mediators	0.8633	0.1691	2	6
38599	redox enzyme	1.3649	0.1344	2	5
38596	redox couple	0.6332	-0.1233	5	18
38590	redox activity	1.0187	-0.0705	5	5
38587	redox active	0.8046	0.0453	2	7
38578	red shift	-0.3854	0.0395	1	11
38566	recycling process	0.8589	0.3606	2	4
38561	recycling	0.7627	0.0237	7	58
38556	recyclable catalyst	0.9042	-0.4379	5	10
38555	recyclability	0.7831	-0.3427	7	13
38550	rectifying effect	-1.2579	0.2427	1	7
38547	rectifying behavior	-0.7001	0.3723	3	21
38545	rectification ratio	-0.8595	0.1782	1	14
38542	rectification effect	-1.1464	0.0921	1	10
38541	rectification behavior	-0.9387	0.3792	3	7
38538	rectangular waveguide	-1.0582	0.4383	1	4
38536	rectangular shape	-0.313	-0.0423	3	5
38526	recovery time	-0.1205	0.4588	3	8
38517	recovery	0.2479	-0.1392	4	16
38501	recombination rate	-0.1202	0.2136	7	9
38492	recombinant protein	1.0477	0.6739	2	5
38483	recognition element	1.0168	0.5761	2	9
38475	reciprocating friction	0.103	-0.7298	4	9
38471	rechargeable lithium sulfur battery	0.7807	-0.7345	5	6
38470	rechargeable lithium ion battery	0.6306	-0.8387	5	39
38465	rechargeable battery	0.703	-0.7115	5	4
38459	receptor mediated endocytosis	0.9148	0.8046	2	4
38454	recent researche	0.1852	0.2655	2	5
38453	recent progress	-0.3278	0.2299	3	45
38447	reassembly	0.4797	-0.4221	5	4
38436	real water sample	1.217	0.3286	2	6
38430	real time polymerase chain reaction	0.8496	0.8244	2	10
38428	real time monitoring	0.3122	0.4016	2	11
38425	real time detection	0.7249	0.4246	2	4
38424	real time	0.0182	0.2538	2	12
38422	real sample analysis	1.2738	0.1608	2	6
38421	real sample	1.0327	0.2314	2	32
38420	real part	-0.9231	0.2881	1	4
38418	real application	0.0688	0.0818	6	9
38416	reagent less	1.1819	0.3902	2	4
38412	read cycle	0.1464	0.315	3	4
38405	reactive site	0.2691	-0.1799	4	4
38399	reactive oxygen specy	0.8161	0.6409	2	45
38398	reactive oxygen metabolite	0.95	0.8243	2	34
38394	reactive functional group	0.527	-0.4681	4	5
38393	reactive force field	-0.5294	-0.5329	1	4
38374	reaction time	0.8742	0.1962	2	62
38372	reaction temperature	0.3425	-0.4892	5	38
38371	reaction system	0.5682	-0.344	7	9
38367	reaction solution	0.9948	-0.3719	5	7
38363	reaction rate	0.288	-0.4087	5	19
38361	reaction process	-0.0311	-0.5501	4	6
38357	reaction pathways	-0.1725	-0.5617	1	9
38356	reaction parameter	0.3998	-0.4558	3	8
38355	reaction optimization	0.9473	0.4847	2	4
38354	reaction mixture	0.5971	-0.2242	5	6
38351	reaction mechanism	0.1542	-0.3986	1	34
38348	reaction kinetic	0.3537	-0.3296	5	93
38347	reaction intermediate	0.4292	-0.3575	5	17
38342	reaction condition	0.4448	-0.3593	5	22
38336	reaction barrier	-0.3126	-0.6471	1	8
38335	reaction analysis	0.7446	0.1229	2	27
38334	reaction activity	0.5571	0.2452	2	4
38321	rayon	0.2624	-0.7189	4	16
38312	rattus	0.8997	0.7881	2	4
38309	rats	0.8561	0.7875	2	24
38304	rational design	0.274	-0.1194	5	20
38301	ratiometric fluorescence	0.4861	0.5302	2	4
38291	rate performance	0.5926	-0.7593	5	77
38289	rate limiting step	0.284	-0.4311	5	7
38287	rate determining step	0.0541	-0.5579	1	9
38285	rate controlling step	0.3596	-0.5265	7	4
38284	rate constant	0.8303	-0.0862	7	112
38282	rate capacity	0.5873	-0.9475	5	11
38281	rate capability	0.614	-0.8533	5	224
38271	rashba spin orbit interaction	-1.2101	0.0185	1	9
38270	rashba spin orbit coupling	-1.2678	-0.0196	1	18
38264	rare earths	0.3013	0.2601	2	7
38259	rare earth element	0.4267	0.2478	2	4
38249	rapid thermal annealing	-0.2843	-0.0173	3	4
38246	rapid synthesis	0.6633	-0.3529	5	13
38241	rapid response	0.6595	0.232	2	16
38231	rapid method	0.6157	0.0961	2	4
38225	rapid growth	-0.2695	-0.0244	3	4
38219	rapid diffusion	0.3317	-0.5146	4	5
38216	rapid detection	0.9555	0.6077	2	6
38203	randomly distributed	-0.4529	-0.4124	1	16
38198	random phase approximation	-1.0643	0.1123	1	4
38187	random access storage	-0.4104	0.466	3	10
38181	raman study	-0.5444	-0.0048	1	6
38180	raman spectrum	-0.2629	-0.1125	3	26
38179	raman spectroscopy measurement	-0.2006	-0.3275	3	4
38177	raman spectroscopy	-0.1062	-0.0905	3	568
38175	raman spectrometry	0.5392	0.3508	2	313
38174	raman spectrometers	-0.2418	0.2358	6	5
38171	raman spectra	-0.1667	-0.0175	1	42
38169	raman signal	-0.151	0.2653	6	26
38168	raman shift	-0.7076	-0.2302	1	9
38166	raman scattering spectra	0.0966	0.1917	3	4
38164	raman scattering	-0.3082	0.0493	1	188
38158	raman peak	-0.4276	-0.0996	1	11
38157	raman microscopy	0.0326	0.1103	1	9
38156	raman measurement	-0.2755	-0.0734	3	14
38154	raman mapping	-0.3153	-0.072	3	6
38150	raman intensity	-0.4183	0.1612	1	18
38149	raman imaging	-0.2858	0.1215	1	4
38142	raman enhancement	-0.1483	0.3316	6	25
38139	raman characterization	-0.3571	0.02	3	4
38129	raman analysis	-0.2051	-0.1273	3	13
38126	raman	-0.316	-0.0923	3	48
38122	rain	0.9932	0.1895	2	5
38120	raft polymerization	0.622	-0.0443	4	6
38109	radionuclide	0.9865	-0.1089	7	6
38105	radioisotope	0.9857	0.209	7	10
38104	radiography	0.9472	0.8684	2	4
38098	radioactivity	0.2907	0.4779	2	4
38096	radioactive waste vitrification	0.7126	0.0537	2	16
38094	radioactive waste	0.5841	-0.0327	7	6
38088	radio wave	-0.5395	0.4411	3	15
38077	radio frequency circuit	-0.5835	0.6011	3	4
38074	radio frequency	-0.5691	0.4208	3	21
38066	radical scavengers	0.6288	0.0487	2	5
38064	radical reaction	0.3024	-0.1732	4	6
38057	radical	-0.0946	-0.3168	1	5
38048	radiation scattering	-0.4578	0.4513	6	18
38047	radiation response	0.2478	0.576	2	16
38044	radiation protection	0.0818	-0.5469	4	5
38042	radiation intensity	-0.9254	0.5985	6	5
38037	radiation exposure	-0.0261	0.4375	6	28
38029	radiation damage	-0.2663	0.0849	1	5
38027	radiation chemistry	0.342	0.059	7	5
38022	radiation absorption	-0.0841	0.7051	6	4
38020	radiation	-0.4005	0.2021	1	13
38014	radial distribution function	-0.4641	-0.4478	1	6
38006	ractopamine	1.2218	0.271	2	5
38002	rabbits	0.8601	0.5819	2	8
37990	quinone derivative	0.695	0.5032	2	6
37989	quinone	0.717	0.6173	2	6
37978	quercetin	1.1912	0.5008	2	10
37975	quenching of fluorescence	0.5676	0.5312	2	8
37971	quenching efficiency	0.5844	0.6778	2	18
37970	quenching effect	0.4543	0.6613	2	4
37968	quenching	0.4091	0.4915	2	104
37962	quay walls	0.0917	-0.2661	1	4
37946	quaternary ammonium salt	0.4961	-0.0167	2	4
37943	quaternary ammonium derivative	0.9518	0.158	2	14
37942	quaternary ammonium compound	1.0677	0.3322	2	22
37938	quasistatic fracture	0.0046	-0.8551	4	4
37930	quasiparticle	-1.0543	0.1183	1	7
37909	quasi solid state dye sensitized solar cell	0.8098	-0.4094	5	5
37905	quasi periodic	-0.9512	0.0064	1	5
37904	quasi particle	-1.0032	0.0725	1	9
37903	quasi one dimensional	-0.8681	-0.0205	1	9
37897	quasi bound state	-1.0021	0.147	1	12
37891	quartz substrate	-0.3631	0.3232	3	8
37884	quartz crystal microbalance	0.4164	0.26	2	26
37882	quartz	-0.1581	0.299	3	60
37875	quantum yield	0.5215	0.3881	2	41
37868	quantum well	-0.9441	0.2269	1	5
37866	quantum tunneling	-0.7923	0.0819	1	11
37863	quantum transport property	-1.0879	0.0272	1	5
37859	quantum transport	-1.0752	0.1449	1	26
37858	quantum theory	-0.8459	0.0727	1	128
37853	quantum state	-1.1852	0.0421	1	4
37849	quantum spin hall effect	-1.12	-0.0945	1	4
37848	quantum size effect	-0.5386	-0.024	1	5
37842	quantum pumping	-1.0981	0.2446	1	10
37838	quantum phase transition	-1.1149	-0.0797	1	4
37833	quantum optic	-1.0055	0.2446	1	26
37825	quantum mechanics	-0.174	0.4416	1	20
37819	quantum interference phenomena	-1.0819	0.094	1	5
37818	quantum interference effect	-0.9504	0.0869	1	4
37817	quantum interference device	-0.9025	0.1072	1	8
37816	quantum interference	-0.9534	0.1883	1	12
37813	quantum hall state	-1.1532	0.0258	1	5
37810	quantum hall regime	-1.0618	0.1077	1	5
37806	quantum hall effect	-1.0609	0.0903	1	32
37804	quantum hall	-1.1554	0.0678	1	6
37796	quantum electronic	-0.9791	0.242	1	61
37792	quantum efficiency	-0.1749	0.3807	3	9
37786	quantum dots	0.3141	0.5234	2	186
37783	quantum dot sensitized solar cell	0.6142	0.118	7	8
37774	quantum dot	0.3363	0.587	2	237
37768	quantum confinement effect	-0.7887	0.0631	1	7
37765	quantum conductance	-0.9723	0.0323	1	9
37759	quantum chemistry	-0.7282	0.0289	1	80
37752	quantum chemical calculation	-0.369	-0.1393	1	4
37745	quantum capacitance	-0.7273	0.3339	3	15
37736	quantized conductance	-1.1429	0.0537	1	7
37734	quantitative study	-0.0326	0.333	3	4
37727	quantitative relation	-0.5708	-0.4742	1	4
37723	quantitative measurement	0.2047	0.5062	2	5
37721	quantitative information	-0.4967	-0.0287	1	4
37719	quantitative determination	0.6493	0.3857	2	16
37718	quantitative detection	0.9244	0.4875	2	15
37712	quantitative analysis	0.7306	0.4571	2	71
37702	quality factor	-0.6371	0.3168	6	11
37700	quality control	0.092	0.1781	3	12
37696	qualitative analysis	0.3698	0.4796	2	7
37665	q switching	-0.6664	1.0867	6	102
37663	q switched pulse	-0.6852	1.106	6	14
37662	q switched operation	-0.6424	0.9998	6	6
37658	q switched mode locking	-0.7119	1.1743	6	10
37657	q switched fiber laser	-0.5842	1.0928	6	11
37655	q switched	-0.6331	1.0693	6	29
37654	q switchd laser	-0.6947	1.1181	6	49
37653	q factor measurement	-0.685	0.3943	6	4
37642	pyrrole monomer	0.7509	-0.6036	5	6
37640	pyrrole derivative	1.065	0.012	2	13
37639	pyrrole	1.0141	0.0992	2	27
37633	pyrolyzing	0.3672	-0.3149	4	4
37626	pyrolytic graphite	-0.042	0.0446	3	6
37624	pyrolytic carbon	0.0293	-0.1786	4	5
37622	pyrolysis temperature	0.5026	-0.584	5	4
37615	pyrolysis	0.0816	-0.3294	5	70
37611	pyrocarbon	-0.0918	-0.582	1	4
37600	pyridinic nitrogen	0.1663	-0.5875	5	8
37596	pyridine derivative	0.8263	0.1665	2	4
37595	pyridine	0.304	0.1033	2	24
37585	pyrene derivative	0.516	0.3037	2	13
37583	pyrene	0.5949	0.265	2	44
37573	pvp	0.5622	0.5765	2	4
37568	pvdf	0.2466	0.2649	3	4
37561	pva	0.1565	0.0749	4	4
37554	purine	0.7159	0.7628	2	5
37553	purification process	0.0551	-0.1433	6	6
37549	purification	0.4633	-0.0793	7	29
37548	pure zno	0.6077	-0.1825	7	10
37547	pure water	0.3272	-0.1438	4	7
37539	pure epoxy	-0.3441	-0.7646	4	4
37531	pumps	-0.948	0.4388	6	13
37526	pumping (laser)	-0.7579	0.8526	6	55
37515	pump probe experiment	-0.6558	0.5261	6	4
37514	pump power	-0.7244	1.1045	6	18
37508	pulsewidths	-0.6375	1.0268	6	23
37502	pulsed laser deposition	-0.2183	0.1371	3	8
37501	pulsed laser application	-0.4672	0.5309	6	9
37499	pulsed laser	-0.2303	0.5016	6	25
37497	pulsed fiber laser	-0.6422	1.0378	6	4
37489	pulse width	-0.575	0.81	6	9
37486	pulse train	-0.7412	1.1503	6	4
37480	pulse repetition rate	-0.6569	1.0448	6	57
37469	pulse laser	-0.4906	0.7432	6	4
37467	pulse generator	-0.679	1.0116	6	37
37466	pulse generation	-0.6529	1.1309	6	5
37464	pulse energy	-0.6574	1.0691	6	34
37460	pulse duration	-0.5644	0.9277	6	25
37440	pull in voltage	-0.6451	0.0093	1	5
37414	ptoluenesulfonic acid	0.8848	-0.2657	7	5
37384	pt/c catalyst	0.724	-0.8122	5	13
37364	pt(111)	-0.4358	-0.5053	1	7
37361	pt utilization	0.4461	-0.6053	5	4
37359	pt sn/graphene	0.9963	-0.7839	5	4
37358	pt ru nanoparticle	0.8116	-0.8529	5	7
37354	pt particle	0.4083	-0.4867	5	10
37351	pt ni alloy	0.8327	-0.5515	5	4
37348	pt nanoparticle	0.7191	-0.5059	5	113
37344	pt nanocluster	0.2376	-0.8637	5	6
37341	pt loading	0.4242	-0.677	5	5
37337	pt electrode	0.6091	-0.0298	5	5
37336	pt electrocatalyst	0.6965	-0.728	5	14
37330	pt cluster	-0.2292	-0.7186	1	7
37329	pt catalyst	0.4537	-0.7013	5	24
37327	pt based electrocatalyst	0.7673	-0.7849	5	4
37326	pt based catalyst	0.5727	-0.8008	5	7
37324	pt atom	-0.4795	-0.7049	1	11
37322	pt	0.4835	-0.5124	5	5
37316	pseudospin	-1.0927	0.1044	1	15
37299	pseudocapacitor	0.7493	-0.8016	5	14
37296	pseudocapacitive behavior	0.6374	-0.6882	5	7
37295	pseudocapacitive	0.5609	-0.6214	5	8
37294	pseudocapacitance	0.7663	-0.7309	5	25
37285	pseudo second order model	0.9477	-0.2117	7	38
37284	pseudo second order kinetic model	0.9703	-0.2821	7	41
37283	pseudo second order kinetic	1.1113	-0.2219	7	17
37282	pseudo second order equation	0.9836	-0.144	7	4
37281	pseudo second order	0.9709	-0.1587	7	7
37278	pseudo first order rate constant	0.6076	-0.243	7	5
37277	pseudo first order kinetic	1.0796	-0.3068	7	7
37275	pseudo capacitive property	0.5657	-0.9867	5	5
37274	pseudo capacitive material	0.5717	-0.7285	5	9
37273	pseudo capacitance	1.0074	-0.5035	5	4
37267	prussian blue nanoparticle	1.1531	0.3112	2	4
37262	prussian blue	1.074	0.2297	2	35
37258	provide guidance	-0.6106	-0.358	1	4
37250	protoporphyrin	0.3967	0.5778	2	4
37249	protons	0.1916	-0.039	1	15
37245	protonation	0.325	-0.1218	5	5
37242	proton transport	0.8264	0.043	2	19
37238	proton nuclear magnetic resonance	0.7514	0.2211	2	16
37235	proton exchange membrane fuel cells	0.543	-0.6143	5	34
37234	proton exchange membrane	0.7152	-0.4161	5	15
37231	proton conductivity	0.6442	-0.3031	5	12
37223	proteomics	1.0224	0.6432	2	6
37221	proteome	1.1262	0.6121	2	6
37218	proteolysis	1.0547	0.604	2	4
37204	protein structure. secondary	0.7614	0.6341	2	5
37202	protein structure	0.9845	0.6303	2	4
37201	protein stability	0.8036	0.5874	2	5
37198	protein secondary structure	0.8624	0.6617	2	13
37196	protein recognition	0.6067	0.4063	2	4
37191	protein phosphorylation	1.0112	0.7958	2	8
37190	protein p53	0.9852	0.7941	2	6
37170	protein interaction	0.9085	0.7488	2	8
37168	protein immobilization	1.0257	0.5824	2	25
37165	protein function	1.0097	0.6514	2	4
37161	protein expression	0.9219	0.9109	2	12
37157	protein determination	1.0301	0.6866	2	15
37156	protein detection	0.5979	0.6473	2	7
37154	protein degradation	1.0134	0.6087	2	6
37151	protein conformation	0.5822	0.5607	2	10
37150	protein cleavage	1.0017	0.8159	2	5
37145	protein binding	0.7745	0.6279	2	17
37139	protein assembly	0.7967	0.6947	2	5
37135	protein analysis	0.987	0.6685	2	57
37133	protein aggregation	0.7694	0.743	2	5
37130	protein adsorption	0.7963	0.3249	2	13
37127	protein	0.6471	0.5787	2	140
37123	protective layer	-0.0093	-0.1669	4	9
37121	protective effect	0.415	-0.015	2	6
37120	protective coating	0.244	-0.2437	4	19
37116	protection strategy	0.9687	-0.691	5	6
37090	prostate specific antigen	1.0384	0.6518	2	30
37072	propylene carbonate	0.4041	-0.4435	5	9
37071	propylene	0.3395	-0.569	5	19
37057	property of composite	0.2602	-0.6623	4	18
37050	property	0.3464	-0.3804	4	29
37046	properties and characterization	0.3408	-0.7007	4	11
37037	propagation property	-0.9172	0.5831	6	7
37033	propagation loss	-0.7393	0.6797	6	7
37031	propagation distance	-0.9213	0.6551	6	9
37030	propagation direction	-0.841	0.5604	6	5
37022	proof of concept	0.0533	0.192	3	18
37019	promyelocytic leukemia	1.0781	0.6599	2	4
37017	promoting effect	0.7913	0.0115	2	6
37015	promoter region	1.01	0.8132	2	5
37014	promising material	-0.4575	0.1981	3	6
37010	prometryn	1.1253	0.25	2	4
37005	proline	0.8936	0.4362	2	4
36997	projectil	0.0974	-0.075	1	6
36995	projected density of state	-0.6075	-0.6772	1	5
36982	progeny	1.0138	0.863	2	5
36975	productivity	0.4663	0.3378	2	6
36972	production rate	0.3941	-0.2669	7	9
36967	production engineering	0.2807	-0.2859	7	13
36964	production cost	0.8136	-0.1068	2	4
36962	production activity	0.6708	-0.2934	7	7
36961	production	0.3038	-0.4744	5	4
36949	product design	-0.0454	-0.1308	1	6
36940	processing technique	0.0568	-0.0124	3	5
36931	processing parameter	0.0845	-0.3599	5	5
36930	processing method	-0.0569	-0.2319	4	4
36929	processing condition	-0.0357	-0.5084	4	8
36925	processable	0.16	0.2869	3	17
36924	processability	0.2142	-0.1438	4	11
36920	process technology	0.2462	0.5236	2	5
36918	process parameter	-0.0762	-0.0228	3	11
36917	process optimization	1.0403	0.4621	2	120
36912	process development	0.8796	0.5702	2	45
36911	process design	0.6778	0.6209	2	14
36910	process control	0.3252	0.2712	2	10
36907	procedure	0.8872	0.4612	2	236
36901	probe reaction	0.2982	-0.4694	7	5
36900	probe molecule	0.3255	0.2612	2	14
36897	probe	0.1478	0.479	2	162
36895	probability density function	-0.692	-0.254	1	15
36892	probability	-0.834	0.0803	1	6
36885	pristine graphene	0.8327	0.4944	2	4
36879	prisms	-0.7148	0.581	6	8
36877	priority journal	0.671	0.4164	2	787
36874	printing	0.042	0.2307	3	17
36864	principal component analysis	0.4929	0.3181	2	8
36862	primer dna	0.9331	0.9042	2	4
36825	pressure sensor	-0.2988	0.0749	3	11
36824	pressure sensitivity	-0.1902	-0.1454	4	4
36813	pressure effect	-0.1578	-0.0582	3	5
36805	pressure	0.0396	0.0322	3	22
36792	preparation technique	0.1933	-0.3466	4	4
36791	preparation process	0.37	-0.4453	5	28
36790	preparation procedure	0.484	0.0589	5	9
36788	preparation method	0.1979	-0.2805	4	49
36787	preparation condition	0.1732	-0.4429	4	12
36786	preparation and property	0.3602	-0.6611	4	15
36783	preparation	0.3051	-0.2694	4	47
36774	preferred orientation	-0.2377	-0.6083	4	9
36766	preferential adsorption	-0.0363	-0.2094	1	5
36759	prediction	0.14	0.1686	2	5
36752	precursor solution	0.5184	-0.4079	4	11
36747	precursor molecule	-0.1327	-0.1852	3	4
36743	precursor concentration	0.0236	-0.1007	3	5
36740	precursor	0.6478	-0.0364	7	11
36735	preconcentration	1.0864	0.1937	2	11
36727	precise control	-0.3606	-0.1734	3	12
36722	precipitation method	0.7706	-0.2854	5	6
36718	precipitation (chemical)	0.5854	-0.4115	5	92
36717	precipitation	0.9218	0.1242	2	30
36713	precious metal catalyst	0.831	-0.8576	5	4
36711	precious metal	0.3898	-0.3885	5	101
36705	pre treatment	0.1452	-0.1118	3	16
36699	pre concentration and separation	1.0462	-0.0521	7	4
36698	pre concentration	0.9446	0.169	2	32
36688	practical production	0.2523	-0.3046	5	4
36687	practical method	-0.0267	0.1288	3	4
36686	practical importance	0.0937	0.2736	2	6
36679	ppy film	0.5736	-0.266	5	8
36665	power supply	0.5557	-0.3007	5	87
36663	power source	0.1656	-0.4469	5	7
36652	power law	-1.0586	-0.1474	1	4
36648	power generation	0.0749	0.2221	3	4
36645	power factor	-0.5642	-0.263	1	6
36640	power density	0.1904	-0.1688	5	43
36639	power conversion efficiency	0.1942	0.4092	3	150
36628	powder x ray diffraction	0.8717	-0.4221	5	60
36623	powder metallurgy method	0.0699	-1.0437	4	7
36621	powder metallurgy	-0.0255	-0.9408	4	14
36618	powder metal	0.3649	-0.8969	4	7
36613	powder	0.3691	-0.5443	4	30
36611	povidone	1.0758	0.3859	2	24
36607	potentiostatics	0.9816	-0.1612	5	4
36604	potentiostatic method	1.1032	0.2164	2	9
36601	potentiometry	0.9524	0.4023	2	58
36599	potentiometric sensor	0.6724	0.3641	2	4
36593	potentiometers (electric measuring instruments)	0.3906	0.2792	2	7
36590	potential windows	0.6475	-0.2743	5	16
36588	potential wells	-0.8487	-0.1329	1	5
36566	potential range	0.2564	-0.3991	5	5
36561	potential of mean force	-0.1425	-0.2669	1	5
36556	potential material	-0.3192	-0.3761	4	7
36542	potential energy	-0.5235	-0.4618	1	18
36538	potential difference	-0.1386	0.1626	1	4
36530	potential barrier	-0.9067	0.1129	1	30
36529	potential application	-0.0177	0.0432	1	238
36528	potential adsorbent	0.8498	-0.3015	7	6
36520	potassium permanganate	0.5483	-0.0865	7	9
36515	potassium ion	0.3534	0.3388	2	7
36512	potassium hydroxide	0.754	-0.4338	5	13
36509	potassium ferricyanide	1.1755	0.1842	2	10
36506	potassium compound	0.7884	0.0375	2	5
36502	potassium	0.2834	-0.0704	2	34
36501	potable water	0.8263	0.1299	2	11
36489	post treatment process	0.7458	-0.1496	7	5
36488	post treatment	0.1335	0.0867	3	10
36477	possible mechanism	0.0517	-0.4355	4	32
36474	positron emission tomography	0.8498	0.9421	2	7
36469	positively charged surface	0.7961	-0.1908	7	5
36467	positively charged	0.3838	0.0059	2	66
36460	positive shift	-0.2621	0.092	3	4
36459	positive potential	0.687	0.2992	2	5
36455	positive ion	0.4312	0.0519	2	62
36451	positive electrode material	0.8397	-0.7407	5	5
36450	positive electrode	0.4094	-0.5435	5	34
36446	positive charge	0.1877	-0.0017	1	15
36442	positive bias	-0.5529	0.299	3	4
36426	portable electronic device	0.3804	-0.2849	5	13
36425	portable electronic	0.2073	-0.4139	5	7
36418	porphyrins	0.3917	0.3325	2	57
36413	porphyrin derivative	0.7782	0.8071	2	7
36411	porphyrin	0.5135	0.4689	2	28
36403	porous structure	0.4985	-0.4852	5	91
36401	porous silicon	0.2136	-0.0689	5	15
36392	porous polymer	0.5814	-0.1931	4	7
36384	porous network structure	0.2025	-0.8879	5	5
36382	porous network	0.3273	-0.5786	5	9
36380	porous nanostructure	0.7313	-0.731	5	10
36374	porous monoliths	0.9594	-0.0902	4	4
36372	porous microstructure	0.6303	-0.8922	4	5
36367	porous medium	0.6187	-0.0557	2	13
36365	porous material	0.4885	-0.5216	5	145
36354	porous graphene	0.3777	-0.4539	5	63
36329	porous carbon material	0.3226	-0.6347	5	15
36326	porous carbon	0.2935	-0.5267	5	33
36324	porous architecture	0.7845	-0.7225	5	12
36319	porous	0.6721	-0.4108	5	11
36314	porosity	0.715	-0.0746	5	183
36308	pore volume	0.4452	-0.5738	5	11
36306	pore structure	0.4521	-0.6359	5	9
36303	pore size distribution	0.2616	-0.5129	5	4
36302	pore size	0.399	-0.3719	5	64
36301	pore pressure	0.1071	-0.2626	1	5
36295	pore diameter	0.1407	-0.3175	5	7
36283	population inversion	-0.9953	0.558	6	5
36264	polyvinyls	0.5284	0.2814	2	4
36262	polyvinylpyrrolidone	1.1818	0.048	2	12
36259	polyvinylidene fluoride	0.1608	-0.1256	4	31
36255	polyvinyl pyrrolidone	0.5481	-0.1392	5	22
36253	polyvinyl chloride	0.3798	-0.4709	4	10
36252	polyvinyl butyral	0.1905	0.1599	7	4
36246	polyvinyl alcohol	0.4434	-0.1552	4	60
36242	polyurethane sponge	0.6957	-0.198	7	5
36240	polyurethane nanocomposite	0.3041	-0.6705	4	4
36233	polyurethane composite	0.3186	-0.7657	4	9
36230	polyurethane	0.3353	-0.4981	4	45
36221	polytetrafluoroethylene	0.1483	-0.2601	4	9
36220	polysulfone	0.6943	-0.1661	7	6
36216	polysulfide	0.7275	-0.777	5	22
36214	polystyrenesulfonate sodium	1.0938	0.6196	2	4
36212	polystyrene sulfonic acid	0.4177	0.2362	4	4
36211	polystyrene sulfonate	0.4019	0.3501	3	4
36210	polystyrene sphere	0.7577	-0.2011	5	8
36206	polystyrene nanocomposite	0.2844	-0.5635	4	4
36204	polystyrene micro sphere	0.5959	-0.4043	4	8
36201	polystyrene derivative	0.4205	0.2522	3	6
36200	polystyrene composite	0.3558	-0.5885	4	6
36197	polystyrene	0.4296	-0.1862	4	109
36194	polysodium 4 styrenesulfonate	0.5576	-0.3228	4	8
36193	polysiloxane	0.682	-0.0682	2	4
36185	polysaccharide	0.827	0.4735	2	21
36172	polypyrrole graphene	1.0496	0.1069	2	4
36170	polypyrrole composite	0.7394	-0.4728	5	6
36169	polypyrrole	0.7333	-0.2175	5	168
36164	polypropylene oxide	0.4192	-0.6945	4	28
36163	polypropylene nanocomposite	0.1515	-0.8933	4	5
36156	polypropylene	0.3254	-0.7138	4	64
36145	polyphenols	1.1476	0.2221	2	5
36132	polyoxometalate cluster	0.5958	-0.3488	5	4
36131	polyoxometalate	0.694	-0.0144	5	27
36130	polyols	0.752	-0.3954	5	25
36129	polyolefins	0.2123	-0.7696	4	7
36116	polymorphism. single nucleotide	0.8262	0.6696	2	8
36110	polymethyl methacrylate	0.1332	0.0639	4	24
36106	polymermatrix composites	0.0717	-0.7788	4	5
36100	polymerization reaction	0.5944	-0.1896	4	7
36098	polymerization process	0.4877	-0.3903	4	6
36089	polymerization	0.6676	-0.1716	4	240
36080	polymeric nanocomposite	0.1847	-0.5125	4	6
36073	polymeric ionic liquid	0.8835	-0.2369	4	5
36069	polymeric composite	0.1145	-0.4953	4	16
36066	polymerase chain reaction	0.8102	0.6162	2	25
36050	polymer substrate	-0.1622	0.0773	3	4
36045	polymer solar cells	0.116	0.5206	3	32
36027	polymer nanocomposite	0.1542	-0.4482	4	59
36024	polymer molecule	-0.0526	-0.6831	4	4
36020	polymer microsphere	0.4913	-0.5985	4	6
36018	polymer matrix composite	0.1592	-0.6388	4	146
36017	polymer matrix	-0.2054	-0.5817	4	24
36016	polymer material	0.1821	-0.148	4	5
36007	polymer grafted	0.3088	-0.2564	4	4
36005	polymer gel electrolyte	0.7302	-0.6093	5	5
36003	polymer film	0.0746	0.0633	4	44
35999	polymer electrolyte	0.2251	-0.1415	5	6
35989	polymer composite material	-0.0295	-0.6113	4	4
35988	polymer composite	0.0275	-0.2251	4	67
35983	polymer chain	0.2926	-0.3202	4	20
35980	polymer brush	0.5082	-0.1074	4	10
35978	polymer blends	0.3183	-0.4339	4	22
35973	polymer based composite	0.4132	-0.3483	4	8
35968	polymer	0.3534	-0.0216	4	547
35967	polylysine	0.9597	0.6263	2	10
35964	polylactic acid	0.6993	-0.0244	4	12
35951	polyimide	0.0513	-0.3184	4	47
35943	polyhedral oligomeric silsesquioxane	0.3059	-0.3909	4	9
35936	polyethylenimine	0.5843	0.3734	2	15
35932	polyethyleneimine	0.682	0.44	2	50
35927	polyethylene terephthalate	0.0929	0.0024	3	34
35926	polyethylene oxide	0.3459	0.1198	4	31
35920	polyethylene glycols	0.6805	0.3556	2	97
35916	polyethylene derivative	0.9538	0.2673	2	10
35915	polyethylene composite	0.335	-0.6108	4	6
35913	polyethylene	0.366	-0.3985	4	55
35908	polyethersulfone	0.8034	-0.3024	7	6
35907	polyetherimide	0.2647	-0.5328	4	5
35903	polyesters	0.4292	-0.4229	4	14
35894	polyelectrolyte	0.5738	-0.1984	5	53
35890	polydopamine coating	0.7235	0.3008	2	4
35887	polydopamine	0.9127	0.094	2	50
35880	polydimethylsiloxane	0.2174	0.0812	4	28
35869	polycyclic hydrocarbons. aromatic	0.5428	0.1119	2	20
35867	polycyclic compound	0.3501	0.0734	2	6
35866	polycyclic aromatics	0.2058	0.0967	1	7
35865	polycyclic aromatic hydrocarbon derivative	0.7926	0.2035	2	6
35864	polycyclic aromatic hydrocarbon	0.1586	0.1042	2	75
35853	polycrystalline graphene	-0.5142	-0.3869	1	22
35849	polycrystalline	-0.4691	-0.3294	3	21
35847	polycondensation	0.5921	-0.5452	4	19
35845	polychlorinated biphenyls	0.5103	0.189	2	5
35836	polycarbonate	0.232	-0.4336	4	6
35822	polyaromatic hydrocarbon	-0.011	-0.0791	1	5
35811	polyaniline nanowire	1.141	-0.5565	5	9
35810	polyaniline nanorod	0.4971	-0.4743	7	5
35809	polyaniline nanoparticle	0.7974	-0.5193	5	7
35808	polyaniline nanofiber	0.7278	-0.6367	5	18
35807	polyaniline nanocomposite	0.5738	-0.3695	5	7
35802	polyaniline film	0.1803	0.0424	6	4
35800	polyaniline composite	0.3313	0.1683	3	5
35796	polyaniline	0.6762	-0.3047	5	352
35794	polyamine	0.6798	0.1929	2	8
35791	polyamidoamine dendrimers	0.5763	0.4033	2	6
35789	polyamidoamine	1.0299	0.6577	2	4
35785	polyamide 6	0.0046	-0.7846	4	10
35780	polyamide	0.3146	-0.5965	4	20
35777	polyallylamine hydrochloride	0.1438	0.2616	1	4
35776	polyallylamine	0.5659	0.269	2	4
35772	polyacrylonitrile	0.6623	-0.5735	5	39
35769	polyacrylic acid	0.7147	0.1786	2	27
35767	polyacrylate	1.0001	-0.0304	4	9
35766	polyacrylamide gel route	0.8096	-0.7422	7	4
35765	polyacrylamide gel electrophoresis	1.015	0.6239	2	8
35763	polyacrylamide	0.839	-0.2472	4	14
35759	polyacetylene	0.2208	0.2322	2	5
35741	poly(vinylidene fluoride)	0.1366	-0.4905	4	31
35740	poly(vinylidene fluoride co hexafluoropropylene)	-0.2955	-0.4665	3	4
35737	poly(vinyl pyrrolidone)	0.7911	-0.457	4	5
35734	poly(vinyl alcohol)	0.4312	-0.4687	4	17
35727	poly(styrene sulfonic acid)	0.2187	0.4648	3	13
35723	poly(sodium 4 styrenesulfonate)	0.8375	0.0752	2	15
35718	poly(propylene carbonate)	0.5491	-0.6848	4	4
35713	poly(p phenylenediamine)	0.4005	-0.7051	4	6
35704	poly(n vinylcarbazole)	0.3468	0.093	3	4
35702	poly(n isopropylacrylamide)	0.6596	0.1054	4	12
35696	poly(methylene blue)	1.5335	0.2219	2	5
35691	poly(methyl methacrylate)	0.2248	0.032	4	45
35687	poly(lactic acid)	0.4711	-0.8132	4	11
35682	poly(ionic liquid)	0.5089	0.2365	5	5
35676	poly(ethyleneimine)	0.5775	0.0561	2	4
35674	poly(ethylene terephthalate)	0.2848	-0.0867	3	5
35654	poly(diallyldimethylammonium chloride)	1.126	-0.0075	2	73
35645	poly(butylene succinate)	0.3316	-0.8818	4	5
35642	poly(arylene ether nitrile)	0.1789	-0.8245	4	8
35632	poly(allylamine hydrochloride)	0.7113	0.3045	2	4
35628	poly(acrylic acid)	0.5867	-0.0598	4	8
35600	poly(3 hexylthiophene)	0.2524	0.0251	4	5
35597	poly(3 .4 ethylenedioxythiophene)	0.5339	0.1899	3	38
35746	poly(?-caprolactone)	0.4937	-0.7236	4	7
35582	poly vinyl pyrrolidone	0.6631	0.0714	2	17
35578	poly n.n dimethyl n.n diallylammonium chloride	1.1615	0.3941	2	8
35577	poly n isopropylacrylamide	0.6436	0.1548	4	8
35573	poly lactic acid	0.5171	-0.5877	4	10
35572	poly l lysine	1.0514	0.4096	2	8
35570	poly l lactic acid	0.3227	-0.7079	4	5
35563	poly 3 hexylthiophene	0.0737	0.4815	3	8
35562	poly 3 .4 ethylenedioxythiophene	0.3487	0.233	3	44
35561	poly (vinylidene fluoride)(pvdf)	0.179	-0.3738	4	15
35559	poly (vinyl alcohol) (pva)	0.3603	-0.3913	4	51
35555	poly (o phenylenediamine)	1.1831	0.2262	2	7
35554	poly (n isopropylacrylamide)	0.4653	-0.0708	4	6
35549	poly (diallyldimethylammonium chloride)	1.141	-0.0244	2	27
35547	poly (butylene succinate)	0.3773	-0.7445	4	5
35540	poly (3 hexylthiophene)	0.1132	0.2386	3	9
35538	poloxamer	0.965	0.7336	2	5
35536	pollution monitoring	1.1368	0.4113	2	4
35532	pollution detection	0.74	0.3038	2	11
35531	pollution control	0.9675	-0.0025	7	11
35530	pollution	0.8324	-0.1434	7	47
35528	polluted water	0.9532	-0.1195	5	6
35527	pollutant transport	0.774	0.1525	2	4
35526	pollutant removal	0.9482	-0.0171	7	39
35520	pollutant	1.0063	0.1449	2	29
35518	politef	0.6228	0.2124	2	5
35517	polishing	-0.2728	-0.3636	3	4
35502	polarizing optical microscopy	0.0747	-0.3408	4	6
35499	polarized raman spectroscopy	-0.6216	-0.0135	1	4
35495	polarized optical microscopy	0.2068	-0.8111	4	18
35485	polarization strength	-1.2153	0.0979	1	5
35484	polarization state	-0.6835	0.8036	6	9
35482	polarization rotation	-0.9356	0.6456	6	6
35464	polarization insensitive	-1.0094	1.1039	6	4
35460	polarization effect	-0.4745	0.1526	6	4
35455	polarization dependence	-0.7909	0.2446	1	4
35449	polarization controllers	-0.802	1.0268	6	12
35442	polarization	-0.652	0.3309	6	121
35430	polar solvent	0.3698	-0.2601	4	7
35429	polar organic solvent	0.3493	-0.1295	4	10
35417	poisson's ratio	-0.7916	-0.5796	1	7
35416	poisson ratio	-0.7325	-0.529	1	9
35406	point of care testing	0.909	0.6087	2	16
35404	point of care diagnostic	0.9487	0.5924	2	8
35403	point of care	0.7094	0.5697	2	4
35400	point defect	-0.7025	-0.3603	1	34
35396	pnipaam	0.5869	0.12	4	5
35385	pmma matrix	0.1809	-0.6596	4	5
35383	pmma	0.0993	0.0541	4	5
35371	plla	0.2275	-0.8187	4	4
35370	pliability	0.0605	0.2639	3	4
35365	plausible mechanism	0.2814	0.0312	5	6
35341	platinum nanoparticle	0.8745	-0.0352	5	59
35337	platinum nanocrystal	0.0283	-0.7986	5	4
35334	platinum nano particle	0.9817	-0.5493	5	39
35333	platinum nano cluster	0.0426	-0.7831	5	4
35332	platinum metal	0.354	-0.6791	5	20
35324	platinum electrode	0.5045	0.2239	3	6
35323	platinum electrocatalyst	1.0866	-0.6881	5	5
35321	platinum derivative	1.2507	-0.0421	5	5
35318	platinum compound	-0.1056	-0.454	1	16
35314	platinum catalyst	0.2012	-0.5814	5	6
35309	platinum alloy	0.7568	-0.7246	5	93
35308	platinum	0.4239	-0.4271	5	618
35304	plating	0.4944	-0.2257	4	6
35301	plates (structural components)	-0.6437	-0.3097	1	11
35300	platelets	0.0457	-0.5546	4	48
35295	platelet derived growth factor	1.0539	0.7318	2	6
35293	platelet adhesion	0.9692	0.4052	2	4
35285	plate model	-1.0658	-0.4193	1	6
35281	plastics	0.2413	-0.2252	4	31
35274	plastic substrate	-0.189	0.3086	3	4
35272	plastic product	0.2804	-0.54	4	18
35264	plastic deformation	-0.435	-0.6798	1	5
35262	plastic coating	0.2964	-0.2122	4	28
35261	plastic bottle	-0.0017	0.1357	3	12
35259	plasmons	-0.6887	0.5168	6	230
35257	plasmonic waveguide	-0.8085	0.7075	6	16
35253	plasmonic resonance	-0.7672	0.6803	6	7
35252	plasmonic property	-0.6276	0.4662	6	5
35251	plasmonic photocatalyst	1.1498	-0.2242	7	7
35249	plasmonic nanoparticle	-0.2237	0.7601	6	4
35248	plasmonic mode	-0.9439	0.735	6	8
35241	plasmonic device	-0.8028	0.5306	6	11
35234	plasmonic	-0.6582	0.5368	6	37
35225	plasmon resonance	-0.7279	0.5918	6	19
35221	plasmon mode	-0.9731	0.3615	1	6
35209	plasmid dna	0.9022	0.8045	2	8
35201	plasma wave	-0.8327	0.392	1	5
35199	plasma treatment	-0.0747	0.0159	3	13
35193	plasma stability	0.1824	-0.0788	7	5
35183	plasma recalcification time	0.9004	0.3724	2	4
35181	plasma protein	0.9007	0.7166	2	5
35173	plasma jet	0.0327	-0.1668	3	6
35163	plasma etching	-0.2703	0.1069	3	22
35162	plasma enhanced chemical vapor deposition	-0.1683	-0.226	3	38
35153	plasma deposition	-0.2092	-0.1079	3	15
35152	plasma cvd	-0.1115	-0.251	3	11
35146	plasma application	0.0177	-0.0864	3	29
35143	plasma	-0.0684	0.0113	3	32
35141	plants (botany)	0.5529	0.2816	2	6
35119	plant leave	0.7782	0.2059	2	4
35118	plant leaf	0.7974	0.3908	2	5
35115	plant extract	0.9567	0.3248	2	10
35096	plane wave	-0.7673	-0.1369	1	4
35086	planar surface	0.1497	0.4523	2	4
35083	planar structure	-0.2109	-0.0468	1	17
35080	planar sheet	-0.12	0.237	6	6
35068	planar graphene	-0.3986	-0.1719	1	14
35053	pl spectra	-0.1565	0.3719	6	4
35050	pl property	0.2024	0.4334	7	6
35049	pl mechanism	0.1024	0.2446	6	4
35045	pl emission	-0.0642	-0.2261	3	4
35034	pipette	1.3284	0.3561	2	4
35018	pile	-0.3868	-0.6909	4	4
35006	piezoelectricity	-0.1218	0.1918	3	17
34987	piezoelectric actuator	-0.3601	-0.0285	1	4
34982	piezo resistive sensor	-0.1475	-0.1728	3	4
34980	piezo resistive	-0.0676	-0.1814	4	4
34976	picric acid	0.7671	0.3002	2	5
34974	picoseconds	-0.6699	0.6381	6	8
34962	pickering emulsion polymerization	0.6128	-0.3297	4	7
34961	pickering emulsion	0.5461	-0.2728	4	16
34960	pi interaction	0.6347	0.0935	7	4
34950	physisorption	-0.1501	-0.4013	1	29
34949	physisorbed	-0.3857	-0.3164	1	6
34948	physiology	0.7332	0.6562	2	34
34946	physiological solution	0.7865	0.6121	2	8
34941	physiological ph	0.9092	0.1872	2	4
34940	physiological model	0.8417	0.6538	2	4
34933	physiological condition	0.7261	0.6594	2	9
34930	physio chemical property	0.6449	0.2692	2	8
34929	physics	-0.6943	0.179	1	22
34927	physicochemical property	0.6395	0.0599	2	74
34925	physicochemical characteristic	0.5248	0.1021	7	4
34924	physico chemical stability	0.4216	0.1174	4	4
34910	physical structure	-0.0971	-0.2277	6	8
34905	physical quantity	-0.7516	0.0421	1	5
34904	physical property	-0.3846	-0.0174	1	19
34900	physical phenomena	-0.1367	0.2301	1	18
34897	physical parameter	-0.1269	0.2892	3	16
34893	physical mixing	0.5533	0.018	4	6
34892	physical method	0.4115	-0.0881	4	4
34890	physical mechanism	-0.5777	0.0094	1	28
34886	physical interaction	0.2637	-0.281	4	7
34876	physical chemistry	0.6177	0.3792	2	63
34875	physical characterization	0.4958	-0.5155	5	5
34872	physical barrier	0.4495	-0.6964	4	12
34870	physical and mechanical property	0.1404	-0.6425	4	5
34868	physical and chemical property	0.2695	0.0168	7	64
34865	physical analysis	-0.0641	0.4646	2	4
34862	physical adsorption	0.3202	-0.1734	2	22
34856	phthalocyanine derivative	0.5407	0.1665	2	5
34853	phthalocyanine	0.3557	0.4043	2	20
34851	phthalic acid ester	1.0736	0.1928	2	5
34849	phthalic acid derivative	1.099	0.1187	2	4
34848	phthalic acid	1.0725	0.2162	2	9
34846	phthalate ester	1.2568	0.2143	2	7
34844	phthalate	1.0343	0.0745	2	5
34842	phoxim	1.3691	0.2936	2	4
34836	photovoltaic system	0.1828	0.3862	3	8
34833	photovoltaic response	-0.1371	0.4193	6	9
34832	photovoltaic property	0.08	0.3236	3	15
34829	photovoltaic performance	0.3018	0.2502	3	44
34825	photovoltaic effect	-0.0501	0.4384	3	50
34824	photovoltaic device	-0.027	0.3749	3	42
34822	photovoltaic conversion	0.0999	0.5799	3	10
34820	photovoltaic cells	0.0008	0.4634	3	25
34819	photovoltaic application	0.0758	0.2877	3	11
34818	photovoltaic	-0.1396	0.4109	3	22
34814	phototransistor	-0.3671	0.5524	3	12
34813	phototoxicity	0.9141	0.8475	2	4
34806	photothermal therapy	0.7326	0.874	2	45
34802	photothermal property	0.5539	0.3928	2	4
34800	photothermal heating	0.3961	0.4078	2	4
34798	photothermal effect	0.4505	0.6941	2	16
34797	photothermal conversion efficiency	0.8217	0.9582	2	7
34793	photothermal ablation	0.7433	0.7749	2	7
34792	photothermal	0.3635	0.5378	2	5
34791	phototherapy	0.8079	0.9217	2	32
34787	photosynthesis	0.5865	0.1922	2	4
34785	photoswitching	-0.0761	0.4825	3	5
34779	photosensitizing agent	0.8838	0.8388	2	20
34778	photosensitizers	0.624	0.4486	2	30
34776	photosensitizer	0.8	0.6447	2	7
34775	photosensitization	0.9223	0.5124	2	4
34774	photosensitivity	0.0809	0.5232	3	11
34770	photoresponsivity	-0.2904	0.5491	6	13
34765	photoresponse	-0.3	0.5587	6	35
34764	photoresists	-0.2102	0.3004	3	15
34762	photoreduction method	0.9588	-0.0989	7	5
34760	photoreduction	0.4158	0.1131	7	14
34758	photoreactivity	0.2719	0.3063	7	5
34752	photooxidation	0.6843	0.0686	7	12
34751	photons	-0.5769	0.4011	6	112
34750	photonics application	-0.4685	0.7818	6	6
34749	photonics	-0.6314	0.7043	6	58
34741	photonic integration technology	-0.6839	0.5916	6	5
34738	photonic device	-0.5948	0.5487	6	33
34726	photonic crystal	-0.7641	0.6215	6	31
34723	photonic band gap	-0.9625	0.1733	1	12
34722	photonic application	-0.5105	0.6954	6	4
34711	photon energy	-0.7977	0.3936	6	4
34705	photon	-0.2139	0.7355	6	12
34696	photolysis	0.4925	0.2343	7	15
34688	photoluminescence spectrum	0.2805	0.1326	7	37
34687	photoluminescence spectroscopy	0.3898	0.0447	7	26
34686	photoluminescence quenching	0.273	0.3148	7	5
34684	photoluminescence property	0.2349	0.3885	6	19
34681	photoluminescence mechanism	0.0776	0.3446	6	5
34680	photoluminescence measurement	0.0765	0.1113	7	15
34677	photoluminescence intensity	0.0947	0.2045	3	10
34673	photoluminescence emission	0.2006	0.2956	7	9
34669	photoluminescence	0.1814	0.3614	6	165
34666	photolithography	-0.178	0.2968	3	12
34653	photoinduced electron	0.5003	-0.0112	7	17
34651	photoinduced current	0.5971	0.0084	7	4
34649	photoinduced charge transfer	0.2497	0.7474	7	5
34648	photoinduced charge separation	0.3095	0.3126	7	5
34647	photoinduced charge carriers	0.7431	-0.0046	7	4
34640	photogenerated electron	0.6174	-0.0877	7	96
34638	photogenerated charge carriers	0.6009	-0.0747	7	21
34637	photogenerated charge	0.4984	-0.0029	7	16
34634	photogenerated carriers	-0.0596	0.4042	7	20
34632	photoexcited electron hole pair	0.2881	0.1929	7	5
34631	photoexcited electron	-0.3491	0.1579	7	13
34630	photoexcited carriers	-0.9202	0.4774	6	4
34624	photoemission	-0.6285	-0.0975	1	4
34620	photoelectronic	0.0293	0.7828	3	4
34618	photoelectron spectroscopy	-0.0598	-0.1814	3	204
34615	photoelectron	0.3926	-0.2295	5	426
34614	photoelectrode	0.4445	0.0868	7	9
34611	photoelectrochemistry	0.6827	0.3237	7	17
34609	photoelectrochemical water splitting	0.6847	-0.0239	7	7
34607	photoelectrochemical technique	0.9761	-0.2044	7	4
34604	photoelectrochemical solar cell	0.4915	0.1843	7	4
34603	photoelectrochemical sensor	1.1969	0.1601	7	10
34601	photoelectrochemical response	0.519	0.1206	7	4
34600	photoelectrochemical property	0.56	0.0988	7	20
34599	photoelectrochemical performance	0.7674	0.1942	7	13
34598	photoelectrochemical measurement	0.4051	0.1078	7	12
34587	photoelectrochemical cells	0.544	0.0612	7	115
34585	photoelectrochemical biosensor	1.1844	0.6928	2	5
34583	photoelectrochemical behavior	0.6461	0.3073	7	4
34579	photoelectrochemical	0.7341	0.1703	7	54
34577	photoelectrocatalytic activity	0.9169	0.0868	7	4
34576	photoelectrocatalytic	0.8056	-0.1246	7	16
34573	photoelectricity	0.043	0.1493	7	40
34571	photoelectrical response	0.0774	0.4473	3	6
34565	photoelectric response	-0.3007	0.8039	7	5
34564	photoelectric property	0.2373	0.3105	7	22
34563	photoelectric performance	0.5619	0.1886	7	4
34557	photoelectric conversion	0.5797	0.1769	7	19
34551	photodynamic therapy	0.7419	0.8589	2	32
34548	photodynamic	0.7076	0.8672	2	5
34547	photodissociation	-0.2468	-0.4355	1	4
34544	photodetectors	-0.4527	0.6103	6	68
34543	photodetection	-0.4508	0.6846	6	5
34542	photodegradation rate	0.8543	-0.1798	7	9
34540	photodegradation of methylene blue	0.8974	-0.4168	7	23
34538	photodegradation efficiency	0.8765	-0.3208	7	13
34537	photodegradation activity	1.0564	-0.3166	7	9
34536	photodegradation	0.9263	-0.2128	7	232
34532	photocurrent response	-0.0061	0.4659	7	16
34530	photocurrent measurement	0.0312	0.4557	6	5
34529	photocurrent generation	-0.147	0.4161	6	17
34527	photocurrent enhancement	0.0188	0.4618	6	5
34526	photocurrent density	0.3122	0.094	7	13
34524	photocurrent	-0.2331	0.4251	6	28
34521	photocorrosion	0.6464	0.0068	7	4
34520	photoconversion efficiency	0.3021	0.1256	7	5
34518	photoconductivity	-0.3486	0.5193	6	17
34516	photoconductive property	-0.3468	0.7238	6	4
34507	photochlorination	-0.0308	-0.1431	4	5
34506	photochemotherapy	0.9186	0.9278	2	15
34505	photochemistry	0.4951	0.2538	7	92
34503	photochemical synthesis	0.3775	0.6681	6	7
34500	photochemical reduction	0.4889	0.1902	5	9
34499	photochemical reaction	0.252	0.0841	7	16
34498	photochemical quenching	0.9184	0.7327	2	19
34495	photochemical process	0.6746	0.2629	7	43
34479	photocatalytic water splitting	0.6372	-0.3698	7	12
34477	photocatalytic system	0.7221	-0.0377	7	13
34473	photocatalytic reduction of co	0.7728	-0.0996	7	4
34471	photocatalytic reduction	0.6721	-0.1012	7	27
34469	photocatalytic reaction	0.7235	-0.2802	7	30
34467	photocatalytic property	0.7152	-0.3039	7	92
34466	photocatalytic process	0.8522	-0.1989	7	15
34465	photocatalytic performance	0.8694	-0.2983	7	228
34464	photocatalytic oxidation	0.9053	-0.2874	7	5
34458	photocatalytic material	0.9489	-0.1688	7	6
34457	photocatalytic hydrogen production	0.7188	-0.2055	7	17
34456	photocatalytic hydrogen evolution	0.6946	-0.235	7	34
34455	photocatalytic hydrogen	0.7988	-0.2742	7	4
34453	photocatalytic efficiency	0.8492	-0.2209	7	53
34448	photocatalytic degradation mechanism	1.0338	-0.1716	7	4
34447	photocatalytic degradation	1.0712	-0.4015	7	19
34445	photocatalytic decomposition	0.953	-0.1355	7	4
34444	photocatalytic decolorization	0.9485	-0.457	7	6
34441	photocatalytic application	0.7249	-0.2205	7	19
34440	photocatalytic activity	0.8903	-0.2918	7	462
34439	photocatalytic	1.1027	-0.3015	7	40
34436	photocatalyst	0.919	-0.2352	7	345
34430	photocatalysis	0.8787	-0.2167	7	619
34427	photobleaching	0.4403	0.5351	2	11
34424	photoanode	0.5226	0.1684	7	19
34422	photoactivity	0.6513	-0.2579	7	20
34412	photoacoustic imaging	0.5846	0.906	2	6
34411	photoacoustic effect	-0.0484	0.558	2	7
34410	photoacoustic	0.4953	0.8373	2	5
34378	photo voltaic efficiency	0.4543	-0.2332	4	9
34377	photo voltage	-0.2943	0.4581	6	7
34375	photo thermoelectric	-0.5106	0.5495	6	4
34374	photo thermal conversion	0.5228	0.2705	2	11
34373	photo thermal	0.2965	0.4861	2	16
34372	photo stability	0.4242	0.4404	2	12
34368	photo reduction	0.3994	0.0687	7	22
34367	photo luminescent property	0.5523	0.6214	2	4
34362	photo induced electron transfer	0.2602	0.4957	7	20
34361	photo induced	0.0531	0.3353	7	23
34359	photo fenton reaction	0.2967	0.0674	4	5
34354	photo electrode	0.5943	0.0592	7	8
34353	photo electrochemistry	0.5531	0.272	7	17
34352	photo electrochemical method	0.6003	0.2514	7	4
34349	photo electrical property	0.1927	0.3214	4	5
34348	photo electric conversion efficiency	0.5561	0.139	7	16
34346	photo detection	-0.4842	0.593	6	11
34345	photo deposition	0.987	-0.174	7	4
34342	photo decomposition	0.8962	-0.0861	7	4
34341	photo catalytic removal	1.0985	-0.1979	7	4
34340	photo catalytic degradation	0.9796	-0.2892	7	129
34338	photo catalytic	0.7839	-0.2056	7	123
34334	photo anode	0.6126	0.0552	7	24
34333	photo activity	0.6492	-0.2632	7	4
34332	photo acoustic imaging	0.5651	0.8622	2	8
34330	phosphotungstic acid	1.0174	-0.4185	5	9
34325	phosphorylation	1.0031	0.4902	2	15
34324	phosphorylated protein	1.1219	0.4443	2	4
34323	phosphorylated peptide	0.9099	0.4151	2	4
34314	phosphorus doped	0.2917	-0.67	5	6
34309	phosphorus	-0.0698	-0.0141	3	50
34302	phosphoric acid	0.5769	-0.2121	4	7
34293	phosphopeptide	1.112	0.4706	2	10
34291	phosphonic acid derivative	0.8311	0.1224	2	4
34288	phosphomolybdic acid	1.1426	-0.7822	5	4
34286	phospholipids	0.5243	0.586	2	18
34267	phosphate minerals	0.6155	0.0368	2	4
34260	phosphate buffers	0.869	0.2668	2	9
34258	phosphate buffered saline	0.9757	0.4433	2	8
34257	phosphate buffer solution	1.2639	0.0313	2	54
34253	phosphate	0.9627	0.31	2	40
34252	phosphatase	0.8101	0.5228	2	13
34249	phonon transport	-0.9018	-0.3608	1	14
34248	phonon transmission	-0.953	-0.3004	1	4
34245	phonon spectrum	-0.8759	-0.3724	1	8
34242	phonon scattering mechanism	-1.0969	0.0051	1	5
34241	phonon scattering	-0.9856	0.0094	1	9
34239	phonon relaxation	-0.8835	-0.1428	1	4
34235	phonon mode	-0.9041	-0.1211	1	14
34234	phonon mean free path	-0.9077	-0.4073	1	5
34229	phonon frequency	-0.895	-0.2893	1	6
34225	phonon dispersion relation	-0.9902	-0.2397	1	5
34223	phonon dispersion	-0.9773	-0.2436	1	10
34222	phonon density of state	-0.8147	-0.278	1	6
34220	phonon coupling	-0.7153	-0.0329	1	6
34213	phonon	-0.8934	0.0707	1	120
34196	phenylenediamine	0.8191	0.1853	2	7
34194	phenylboronic acid	0.6314	-0.2992	5	10
34193	phenylalanine	0.829	0.3572	2	6
34188	phenyl isocyanate	0.4802	-0.7632	4	5
34185	phenotype	0.8884	0.7898	2	4
34183	phenothiazine	1.1933	0.6017	2	13
34181	phenols	0.9101	-0.1102	2	249
34177	phenolic resin	0.3727	-0.7103	4	12
34176	phenolic hydroxyl group	0.6119	-0.3418	4	6
34172	phenolic compound	1.0632	0.0564	2	13
34162	phenol formaldehyde resin	0.4865	-0.6248	4	4
34161	phenol formaldehyde	0.5141	-0.8011	4	7
34160	phenol derivative	1.0812	0.1714	2	28
34159	phenol degradation	0.6519	-0.3655	7	4
34155	phenol	0.9267	-0.0199	7	32
34145	phenanthrene	0.8505	0.0661	2	9
34128	phase transition	-0.2443	-0.1824	1	48
34127	phase transformation	-0.164	-0.6473	4	5
34121	phase transfer	0.4984	-0.2339	4	5
34120	phase structure	0.3098	-0.5232	4	11
34117	phase shifters	-0.6798	0.5547	6	14
34113	phase separation	0.7484	0.0593	2	110
34106	phase modulation	-0.731	0.7153	6	7
34098	phase interface	-0.0506	-0.1493	1	34
34087	phase diagram	-0.8536	-0.1691	1	11
34076	phase change material	0.0741	-0.5964	4	37
34074	phase change enthalpy	0.3444	-0.7618	4	7
34072	phase change	-0.247	0.0878	3	6
34069	phase behavior	0.1188	-0.5594	4	5
34061	pharmacokinetic	0.9674	0.9431	2	4
34052	pharmaceutical preparation	1.0887	0.5306	2	9
34050	pharmaceutical formulation	1.3011	0.0619	2	4
34042	phagocytosis	0.9083	0.9549	2	5
34031	ph value	0.6676	0.0343	2	43
34028	ph sensor	0.5134	0.3716	2	13
34027	ph sensitivity	0.4203	0.1745	4	5
34025	ph sensitive	0.6831	0.3613	2	18
34022	ph responsive	0.6389	0.1468	4	14
34019	ph range	0.7248	0.1171	2	5
34018	ph measurement	0.9729	0.2421	2	24
34016	ph effect	0.7675	-0.0505	7	42
34015	ph dependent	0.6053	0.1943	2	11
34007	ph	0.9439	0.2513	2	349
34001	petroleum ether	0.3583	-0.0608	4	4
33998	pet substrate	-0.0724	-0.1201	3	11
33989	pesticide residue	1.0802	0.3372	2	11
33987	pesticide	1.1572	0.2535	2	48
33975	perylene	0.3836	0.3735	2	25
33970	pervaporation dehydration	0.6409	-0.0985	7	4
33969	pervaporation	0.646	-0.1514	7	10
33966	perturbation technique	-0.9519	-0.004	1	12
33953	persistent current	-1.1588	0.1115	1	4
33947	perpendicular magnetic field	-1.1398	0.0989	1	12
33943	peroxymonosulfate	1.0108	-0.3509	7	9
33940	peroxydisulfate	1.1986	0.4526	2	6
33935	peroxide	1.0607	-0.0406	2	75
33928	peroxidase mimetics	0.7814	0.6697	2	7
33927	peroxidase like activity	1.0369	0.4091	2	32
33925	peroxidase activity	0.8264	0.4956	2	6
33924	peroxidase	1.0031	0.5327	2	34
33922	perovskite structure	0.4478	0.0359	3	6
33917	perovskite	0.0915	0.3425	3	21
33914	permittivity	-0.2502	-0.1661	4	39
33908	permeation	0.4616	-0.3813	7	17
33902	permeability	0.518	-0.077	4	17
33891	periodicity	-0.05	0.4518	4	4
33882	periodic structure	-0.9307	0.0795	1	8
33878	periodic potential	-1.1003	0.0613	1	8
33862	periodic boundary condition	-0.7966	-0.2926	1	10
33860	periodic array	-0.7511	0.241	1	5
33843	performance optimization	-0.307	0.3895	3	8
33840	performance measurement system	1.0853	0.5875	2	11
33837	performance improvements	-0.227	0.3458	3	6
33834	performance enhancements	0.0234	0.1226	3	16
33831	performance degradation	-0.2397	0.2126	3	5
33827	performance based	0.5295	-0.4391	5	4
33826	performance assessment	0.5318	-0.024	5	29
33824	performance	0.3534	0.3498	2	15
33820	perfluorosulfonic acid	0.865	0.0303	2	8
33805	perfect absorber	-0.7331	0.6615	6	6
33799	percolation threshold	0.0581	-0.605	4	108
33798	percolation theory	-0.176	-0.3559	4	5
33794	percolation (solid state)	-0.0706	-0.4578	4	18
33793	percolation (fluids)	-0.0045	-0.5899	4	34
33792	percolation (computer storage)	0.0549	-0.6243	4	32
33791	percolation	0.004	-0.3971	4	4
33780	per unit	-0.5816	-0.0602	1	6
33770	peptide nucleic acid	0.7301	0.7576	2	6
33764	peptide fragment	0.9045	0.6286	2	5
33754	peptide	0.6554	0.4843	2	91
33748	pentetic acid	1.0469	0.7031	2	4
33738	pentachlorophenol	1.1568	0.1722	2	8
33735	pentacene	-0.3902	0.1279	3	7
33714	pelletizing	0.3276	0.1847	2	6
33702	peg	1.002	0.6404	2	4
33693	pedot:pss	0.1182	0.3904	3	17
33691	pedot	1.0395	-0.3861	5	4
33689	pecvd	-0.1356	-0.3892	3	5
33671	peak wavelength	-0.5729	0.7183	6	4
33670	peak value	-0.3136	0.0303	1	5
33665	peak to peak separation	1.1641	0.129	2	12
33660	peak shift	-0.4877	-0.0011	1	5
33655	peak power	-0.6681	0.935	6	8
33654	peak potential	1.0853	-0.0963	2	20
33653	peak position	-0.6386	0.0008	1	5
33647	peak heat release rate	0.4455	-0.764	4	27
33643	peak current density	0.9007	-0.472	5	18
33642	peak current	0.8109	0.1186	2	41
33635	pdms/dvb	0.9147	0.1806	2	4
33622	pdda	1.3034	0.0422	2	10
33605	pd/c catalyst	0.8836	-0.5747	5	6
33582	pd nanoparticle	1.0033	-0.5881	5	18
33576	pd nano particle	0.7699	-0.5449	5	59
33567	pd cluster	0.0738	-0.6209	5	5
33566	pd catalyst	0.6213	-0.658	5	9
33563	pd	0.4826	-0.6002	5	5
33550	pc12 cell	0.8224	0.8553	2	5
33530	pb2+	1.5225	0.302	2	4
33527	pb(ii)	1.1555	-0.1805	7	6
33510	patterning	-0.0494	0.3087	3	7
33508	patterned substrate	-0.0314	0.2562	3	4
33504	patterned electrode	-0.1372	0.2659	3	4
33495	pattern	-0.347	0.0902	3	4
33489	pathology	0.9122	0.8619	2	26
33483	pathogenic bacterium	0.8192	0.5357	2	5
33471	paste electrode	1.1377	0.0188	2	5
33467	passively q switched mode locked	-0.7068	1.2291	6	4
33466	passively q switched laser	-0.7123	1.0854	6	11
33465	passively q switched	-0.6742	1.1027	6	64
33462	passively mode locked laser	-0.7026	1.0751	6	5
33461	passively mode locked fiber laser	-0.6167	0.9749	6	5
33460	passively mode locked	-0.662	1.0565	6	51
33459	passive wireless sensor	-0.2631	0.444	3	4
33456	passive solar buildings	0.2834	-0.8025	4	4
33453	passive q switching	-0.6627	1.0442	6	15
33452	passive mode locking	-0.6378	0.9816	6	63
33448	passive harmonic mode locking	-0.8184	1.0841	6	5
33441	passivation	-0.5088	-0.0166	1	30
33427	particulate matter	0.4721	0.0111	7	9
33425	particles (particulate matter)	-0.0716	-0.1756	4	5
33418	particle swarm optimization algorithm	-0.4739	-0.0262	1	4
33417	particle swarm optimization	-0.5821	0.1671	3	9
33416	particle suspension	0.3122	-0.3237	4	4
33415	particle surface	0.3066	-0.5154	5	4
33409	particle size analysis	0.4996	-0.4517	5	28
33408	particle size	0.3375	0.1821	2	435
33400	particle reinforced composite	-0.0749	-0.8297	4	5
33396	particle optic	-0.8624	0.5498	6	4
33376	particle beam	-0.4844	0.4541	6	5
33375	particle aggregation	0.4449	-0.2399	4	5
33371	participation ratio	-0.9906	-0.1682	1	4
33370	partially reduced graphene oxide	0.8649	0.1317	2	4
33359	partial reduction	0.4295	-0.013	5	5
33347	partial density of state	-0.684	-0.4343	1	8
33338	parathion methyl	1.3233	0.2779	2	7
33317	paramagnetism	-0.5549	-0.2399	1	11
33314	paramagnetic resonance	-0.1433	-0.2914	1	4
33297	parallel configuration	-1.0137	-0.0892	1	6
33291	paraffins	0.0013	-0.4169	4	21
33289	paraffin oils	0.3434	-0.8736	4	7
33286	paracetamol	1.2067	0.3927	2	17
33267	paper sheeting	-0.4786	-0.216	1	17
33264	paper like material	0.2631	-0.1983	4	7
33263	paper like	0.2814	-0.1139	4	8
33256	paper based analytical device	0.8944	0.5389	2	4
33254	paper	0.4362	-0.0934	4	107
33247	pani	0.4371	0.0891	4	4
33217	palladium nanoparticle	0.8795	-0.3959	5	53
33211	palladium compound	0.6621	-0.5595	5	11
33207	palladium catalyst	0.6852	-0.5233	5	5
33203	palladium	0.4566	-0.2699	5	204
33194	pah	0.0052	-0.0543	1	6
33184	paclitaxel	1.003	0.8451	2	10
33179	packaging material	0.3373	0.0368	4	8
33175	packaging	-0.312	-0.0233	4	8
33166	p25	1.0889	-0.1058	7	5
33142	p type semiconductor	-0.1805	0.029	7	7
33140	p type doping	-0.4666	0.0693	3	15
33134	p type	-0.4992	0.2658	3	36
33132	p phenylene diamine	0.6784	-0.4822	4	26
33131	p nitrophenol	1.1397	-0.3258	7	9
33129	p n junction	-0.8053	0.2869	3	24
33126	p doping	-0.3506	0.0999	3	14
33118	ozonization	0.5636	-0.0318	7	6
33110	ozone	0.005	0.0244	3	16
33106	oxytetracycline	1.0684	0.3503	2	7
33100	oxygenation	0.4927	0.0333	7	8
33088	oxygen vacancy	-0.0369	-0.3298	5	8
33087	oxygen transmission rate	0.3965	-0.77	4	5
33073	oxygen reduction reaction electrocatalyst	0.6646	-0.774	5	15
33071	oxygen reduction reaction	0.7007	-0.6543	5	359
33068	oxygen reduction catalyst	0.5948	-0.6411	5	4
33067	oxygen reduction and evolution reaction	0.9016	-0.7083	5	4
33064	oxygen reduction	0.7063	-0.5955	5	85
33062	oxygen plasma treatment	0.0294	0.0473	3	5
33061	oxygen plasma etching	-0.2236	0.2852	3	5
33060	oxygen plasma	-0.2618	-0.0018	3	5
33058	oxygen permeable membrane	0.423	-0.7644	4	7
33056	oxygen permeability	0.235	-0.6609	4	6
33054	oxygen molecule	-0.2028	-0.4454	1	6
33047	oxygen intercalation	-0.409	-0.513	1	5
33043	oxygen group	0.0946	-0.2296	4	9
33039	oxygen functional group	0.3648	-0.2338	5	56
33035	oxygen evolution reaction	0.8946	-0.5522	5	27
33033	oxygen evolution	0.9539	-0.4907	5	7
33031	oxygen electrode	0.9282	-0.5473	5	7
33027	oxygen derivative	0.9462	0.138	2	7
33021	oxygen content	0.0596	-0.2527	5	13
33019	oxygen containing group	0.5784	-0.1518	5	120
33018	oxygen containing functional group	0.543	-0.2875	7	75
33015	oxygen concentration	-0.1427	-0.4244	3	4
33009	oxygen atom	-0.4666	-0.3229	1	15
33004	oxygen adsorption	-0.5547	-0.4476	1	5
33000	oxygen	0.3174	-0.251	5	486
32992	oxidoreductase	0.9068	0.4802	2	6
32990	oxidizing agent	0.5556	-0.0938	7	7
32982	oxidized graphite	0.0521	-0.2317	6	4
32979	oxidization	0.1127	-0.1833	4	12
32975	oxide thin film	-0.132	0.1765	3	5
32963	oxide nanosheet	0.4554	-0.118	4	44
32961	oxide nanoparticle	0.447	-0.2252	5	12
32957	oxide minerals	0.3938	-0.0723	7	26
32949	oxide film	0.0915	0.0703	3	244
32946	oxide dispersion	0.4197	-0.4681	4	4
32944	oxide composite	0.6011	-0.2746	5	67
32942	oxide carbon nanotube	0.8437	-0.5628	5	6
32940	oxide	0.7251	0.3605	2	930
32937	oxidative stress	0.9518	0.778	2	29
32929	oxidative polymerization	0.6792	-0.1862	5	10
32921	oxidative degradation	0.7278	-0.5693	7	4
32911	oxidation treatment	0.113	-0.4751	4	5
32910	oxidation time	0.3636	0.0316	4	4
32903	oxidation resistance	0.2509	-0.5695	4	14
32902	oxidation reduction state	1.0692	0.5567	2	10
32901	oxidation reduction reaction	0.8626	0.1928	2	285
32900	oxidation reduction potential	1.0223	0.3443	2	33
32899	oxidation reduction method	0.7998	-0.9358	4	4
32898	oxidation reduction	0.8498	0.2184	2	304
32896	oxidation reaction	0.3579	-0.3135	5	18
32891	oxidation process	0.0412	-0.2226	4	15
32890	oxidation potential	1.1888	-0.1566	5	12
32888	oxidation peak	1.196	0.1082	2	45
32883	oxidation of methanol	0.9747	-0.6392	5	19
32874	oxidation mechanism	0.4869	-0.1844	2	9
32872	oxidation kinetic	0.7923	0.1701	2	11
32868	oxidation degree	0.4779	-0.3475	5	19
32866	oxidation current	0.8683	-0.0621	2	14
32861	oxidation and reduction	0.327	-0.0599	3	9
32858	oxidation	0.6083	-0.1259	5	523
32857	oxidants	0.5979	-0.2552	7	9
32852	oxalic acid	1.0332	-0.2189	5	17
32846	overpotential	0.7105	-0.3794	5	19
32834	overall power conversion efficiency	0.6018	-0.0497	5	4
32830	over potential	0.7714	-0.329	5	8
32826	ovalbumin	0.8468	0.5209	2	6
32824	output voltage	-0.2552	0.3305	3	5
32820	output pulse	-0.6935	0.9597	6	5
32818	output power	-0.6426	0.9214	6	26
32815	output characteristic	-0.6545	0.4835	3	5
32813	outer surface	-0.1052	-0.316	1	5
32798	out of plane	-0.8091	-0.2218	1	14
32787	other application	-0.0251	-0.0485	5	8
32775	osteogenic differentiation	0.6891	0.6765	2	8
32772	osteogeneis	0.7542	0.6975	2	5
32770	osteocalcin	0.8019	0.7213	2	4
32764	osteoblast	0.7269	0.6275	2	10
32757	osmolarity	0.9588	0.0554	2	12
32756	osmolar concentration	0.8642	0.095	2	20
32747	oscillatory behavior	-1.1225	0.1115	1	7
32745	oscillators (electronic)	-0.6371	0.267	3	6
32737	oscillation	-0.177	0.5859	6	5
32703	original structure	0.1822	0.0324	6	9
32693	oriented attachment	0.0506	-0.5377	5	5
32672	organophosphorus pesticide	1.2377	0.3136	2	11
32670	organophosphorus compound	0.8569	0.2516	2	6
32666	organophosphate pesticide	1.3059	0.2641	2	24
32665	organophosphate	1.3116	0.202	2	6
32664	organophos phorus pesticide	1.2915	0.303	2	9
32662	organophilic	0.2632	-0.6901	4	6
32661	organometallics	0.4592	-0.0668	5	80
32658	organometallic compound	0.4759	0.3074	2	14
32652	organochlorine pesticide	1.0307	0.208	2	4
32645	organics	0.1285	-0.085	3	4
32629	organic transistor	-0.2807	0.377	3	5
32628	organic transformation	0.6836	-0.3577	7	8
32623	organic synthesis	0.2613	-0.4427	7	8
32612	organic solvent	0.4707	-0.1631	4	233
32611	organic solution	0.3609	0.0475	4	7
32608	organic solar cell	0.0187	0.521	3	21
32599	organic polymer	0.1376	-0.0044	4	92
32597	organic pollutant degradation	1.1104	-0.3318	7	4
32596	organic pollutant	0.978	-0.0855	7	65
32593	organic photovoltaics	-0.0088	0.4528	3	14
32592	organic photovoltaic device	0.0182	0.5531	3	12
32591	organic photovoltaic cells	-0.0618	0.5098	3	9
32590	organic photovoltaic	-0.0967	0.3723	3	6
32573	organic molecule	-0.3088	-0.0826	1	13
32566	organic media	0.5169	-0.0463	4	7
32563	organic material	-0.2478	0.2807	3	6
32557	organic light emitting diode	-0.0598	0.5304	3	26
32556	organic light emitting device	-0.0179	0.4824	3	6
32550	organic inorganic hybrid	0.5317	0.1823	2	6
32540	organic field effect transistor	-0.2591	0.4311	3	10
32538	organic electronic device	-0.0498	0.4804	3	4
32537	organic electronic	-0.0423	0.1808	3	7
32536	organic electrolyte	0.5559	-0.5518	5	26
32530	organic dye	0.7888	-0.0962	7	24
32523	organic contaminant	0.7514	-0.1619	2	8
32522	organic conductors	0.0328	-0.0558	5	4
32520	organic compound	0.4357	0.0238	2	77
32514	organic chemical	0.2474	0.1774	3	25
32511	organic carbon	0.2408	-0.0992	7	11
32504	organic acid	0.8853	0.0954	2	220
32502	organ specificity	0.9893	0.9267	2	4
32498	orders of magnitude	-0.2963	0.1197	3	89
32494	ordered structure	0.0152	-0.1496	4	12
32483	ordered mesoporous carbon	0.5573	-0.4156	5	16
32482	ordered mesoporous	0.7057	-0.2533	5	11
32473	ordered arrangement	-0.074	-0.5437	4	5
32469	order of magnitude	-0.5245	-0.1778	1	8
32466	orbitals	-0.6933	-0.3122	1	23
32459	orbital hybridization	-0.6091	-0.4118	1	14
32452	orbit	-0.9113	-0.1293	1	11
32450	orange ii	1.2042	-0.1189	7	7
32446	oral presentation	0.0362	0.0247	3	4
32439	optoelectronic system	-0.2595	0.5246	3	4
32437	optoelectronic property	-0.3062	0.3568	6	38
32436	optoelectronic nanodevice	-0.4352	0.3867	6	4
32431	optoelectronic device	-0.4122	0.508	6	170
32429	optoelectronic characteristic	-0.2863	0.5099	3	4
32427	optoelectronic application	-0.4059	0.3379	6	38
32426	optoelectronic	-0.4157	0.5506	6	12
32422	opto electronic material	-0.4136	0.4346	6	6
32420	optimum reaction condition	1.073	-0.4134	5	5
32410	optimum condition	0.8034	0.2378	2	41
32403	optimized structure	-0.3859	-0.2767	1	5
32395	optimized condition	0.9608	0.1825	2	80
32386	optimization	-0.0459	0.1366	3	77
32380	optimal temperature	0.4316	0.278	5	4
32373	optimal performance	0.127	0.0483	4	4
32366	optimal experimental condition	1.2645	0.3393	2	17
32362	optimal content	0.2298	-0.7376	4	4
32361	optimal condition	0.8208	0.2489	2	91
32337	optical waveguide	-0.7175	0.5868	6	56
32331	optical transparency	-0.0995	0.2392	3	21
32314	optical switch	-0.5646	0.6805	6	11
32307	optical spectroscopy	-0.336	0.1716	1	7
32305	optical spectra	-0.8896	0.2939	1	11
32302	optical sensor	-0.0993	0.5798	6	8
32301	optical sensing	-0.2742	0.6502	6	4
32293	optical response	-0.8234	0.4286	6	18
32292	optical resonators	-0.7395	0.6706	6	14
32285	optical pumping	-0.798	0.8152	6	72
32281	optical property	-0.3455	0.3089	6	233
32278	optical process	-0.3552	0.5305	6	5
32273	optical phonon scattering	-1.0533	0.3827	1	4
32270	optical phonon	-0.9504	0.2397	1	4
32267	optical performance	-0.5231	0.5812	6	4
32260	optical nonlinearity	-0.7103	0.6701	6	5
32256	optical multilayer	-0.5833	0.2948	6	9
32250	optical microscopy	-0.1405	-0.0799	4	32
32248	optical method	-0.5163	0.4516	6	6
32245	optical material and property	0.3091	-0.2443	7	6
32244	optical material	-0.7512	0.4171	6	12
32241	optical limiting property	-0.1169	0.6109	6	18
32240	optical limiting performance	-0.2225	0.6714	6	5
32239	optical limiting material	-0.0374	0.5416	6	4
32238	optical limiting effect	-0.1943	0.744	6	7
32235	optical limiting	-0.1374	0.6659	6	22
32233	optical lattice	-0.9332	0.1482	1	8
32230	optical kerr effect	-0.7564	0.5276	6	6
32224	optical instrumentation	-0.3316	0.7466	6	6
32222	optical instrument	-0.6985	0.5717	6	18
32219	optical imaging	0.2471	0.6913	2	14
32203	optical film	-0.0797	0.3284	3	6
32200	optical field	-0.8767	0.5496	6	8
32195	optical fiber sensor	-0.2809	0.667	6	8
32190	optical fiber fabrication	-0.5123	0.4345	6	7
32185	optical fiber	-0.5382	0.7157	6	32
32179	optical emission spectroscopy	0.5631	-0.331	5	7
32174	optical device	-0.4239	0.6523	6	9
32167	optical data storage	-0.6497	0.2782	1	4
32166	optical data processing	-0.5162	0.2226	1	6
32157	optical conversion efficiency	-0.622	1.0929	6	4
32150	optical confinement	-0.9164	0.8001	6	5
32148	optical conductivity	-0.8758	0.2998	1	31
32143	optical communication	-0.5844	0.6874	6	25
32137	optical characteristic	-0.2535	0.4291	6	10
32129	optical biosensor	0.4703	0.6942	2	10
32128	optical behavior	0.2807	-0.1361	5	5
32125	optical band width	-0.9365	1.0737	6	6
32124	optical application	-0.3642	0.3491	6	10
32121	optical and thermal property	-0.1314	-0.1056	1	4
32119	optical and electronic property	-0.333	0.3629	6	17
32117	optical and electrical property	-0.0339	0.2162	3	17
32113	optical activity	-0.4159	0.6724	6	4
32111	optical absorption property	-0.5385	0.1556	1	7
32107	optical absorption	-0.8268	0.3199	6	10
32104	optical absorbance	0.0123	0.4833	2	9
32098	optic and photonics	-0.1709	0.6354	6	6
32097	optic	-0.3637	0.6271	6	39
32089	operational stability	0.7342	0.0612	2	4
32080	operation speed	-1.002	1.1076	6	5
32068	operating voltage	0.0207	0.1683	3	8
32066	operating temperature	-0.1521	0.1114	3	13
32057	operating frequency	-0.7567	0.4298	3	4
32047	open tubular capillary electrochromatography	0.9178	0.305	2	11
32039	open circuit voltage	0.1434	0.3855	3	62
32037	open circuit potential	0.5422	-0.073	7	5
32031	onset temperature	-0.0573	-0.3057	4	4
32030	onset potential	0.7303	-0.5979	5	21
32029	onset decomposition temperature	0.3235	-0.8412	4	6
32027	online system	1.0339	0.3528	2	4
32019	onion like carbon	0.0219	-0.1583	6	4
31989	one step synthesis	0.5946	-0.3876	5	63
31988	one step reduction	0.5491	-0.557	5	8
31987	one step reaction	0.6921	-0.2937	5	8
31986	one step process	0.4503	-0.3236	4	8
31984	one step method	0.7196	-0.2586	5	19
31981	one step electrodeposition	1.236	0.011	2	21
31978	one step	0.4778	-0.4151	5	15
31976	one pot synthesis	0.8852	-0.1375	5	93
31975	one pot reaction	0.8147	-0.3397	4	5
31974	one pot process	0.698	0.3351	2	4
31972	one pot preparation	0.9914	-0.5412	4	6
31971	one pot method	0.807	-0.2434	5	15
31970	one pot hydrothermal synthesis	0.9845	-0.425	7	21
31968	one pot hydrothermal reaction	1.0773	-0.5504	5	9
31967	one pot	0.7415	-0.2472	5	93
31958	one dimensional photonic crystal	-0.8067	0.5369	6	6
31949	one dimensional	-0.6463	-0.216	1	6
31946	oncology	0.7509	0.8797	2	16
31940	on/off ratio	-0.4804	0.3482	3	23
31939	on/off current ratio	-0.5725	0.3582	3	14
31919	on the go	0.4839	0.1458	2	35
31915	on site energy	-1.1166	-0.141	1	12
31913	on off ratio	-0.6718	0.4226	3	6
31908	on current	-0.6903	0.3146	3	4
31906	on chips	-0.5311	0.3725	3	6
31905	on chip interconnect	-0.6677	0.2233	3	4
31891	oligosaccharide	1.0741	0.6731	2	4
31889	oligopeptide	0.7143	0.5599	2	5
31884	oligonucleotide probe	0.9672	0.6801	2	8
31881	oligonucleotide array sequence analysis	0.6071	0.8271	2	6
31880	oligonucleotide	0.877	0.6301	2	49
31879	oligomers	0.1041	-0.2253	4	36
31872	oligodeoxyribonucleotide	0.8271	0.9013	2	4
31864	oleylamine	0.5403	-0.3971	4	4
31861	oleic acid	0.5142	-0.0128	4	7
31860	olefins	-0.109	-0.2089	1	19
31855	oled	0.1085	0.3689	3	6
31851	oilseeds	0.8039	-0.0184	7	4
31842	oil water separation	0.6752	-0.2301	7	9
31841	oil water interface	0.6024	-0.3085	4	4
31840	oil spills	0.7628	-0.1781	7	13
31838	oil shale	0.4635	-0.2582	4	15
31834	oil in water separation	0.6672	-0.1068	7	4
31832	oil in water emulsion	0.5199	-0.2257	4	5
31823	oil adsorption capacity	0.7721	-0.2987	7	4
31819	oil absorption capacity	0.5102	-0.2666	4	4
31818	oil absorption	0.7126	-0.104	7	5
31817	oil	0.7213	-0.0456	7	14
31813	ohmic contact	-0.435	0.2948	3	15
31809	oh radical	0.1784	-0.4404	7	5
31808	oh group	0.1509	-0.4749	5	5
31792	octylphenols	1.3114	0.1759	2	4
31775	octadecylamine	0.3683	-0.473	4	8
31770	ochratoxin a	0.968	0.644	2	5
31769	ochratoxin	0.9835	0.6441	2	5
31760	oblique incidence	-0.9667	0.3147	1	7
31748	o phenylenediamine	1.0859	-0.2303	2	7
31746	o dichlorobenzene	0.3113	0.0855	4	4
31736	nylon 6	0.2025	-0.723	4	6
31733	nylon	0.5286	-0.1083	4	4
31723	numerical simulation	-0.6748	0.0354	1	7
31722	numerical result	-0.9887	0.0523	1	38
31721	numerical model	-0.0702	0.1744	6	27
31720	numerical method	-0.8792	0.1944	1	17
31719	numerical investigation	-0.6263	0.1213	6	8
31713	numerical calculation	-0.9943	0.2333	1	19
31709	numerical analysis	-1.0088	-0.1468	1	6
31704	number of layer	-0.5162	-0.0524	1	42
31702	number of electron	-0.2746	0.0348	1	7
31699	number of carbon atom	-0.6568	-0.0785	1	4
31693	nude mouse	0.8537	0.9174	2	5
31691	nucleotide sequence	0.8197	0.7801	2	38
31686	nucleotide	0.4702	0.6679	2	12
31683	nucleoside	0.7419	0.3273	2	4
31680	nucleophilicity	0.9197	0.4934	2	8
31679	nucleophilic substitution reaction	0.6654	-0.2502	4	10
31678	nucleophilic substitution	0.2995	-0.4296	4	4
31673	nucleophilic addition	0.6877	-0.2557	4	8
31669	nucleobase	0.281	0.4548	2	8
31661	nucleic acid immobilization	0.8405	0.6089	2	5
31660	nucleic acid hybridization	0.8625	0.7125	2	21
31657	nucleic acid conformation	0.4263	0.7057	2	11
31655	nucleic acid base	0.6084	0.457	2	4
31654	nucleic acid analysis	0.8999	0.6754	2	10
31653	nucleic acid amplification technique	0.8426	0.8578	2	5
31652	nucleic acid amplification	0.9573	0.7692	2	7
31651	nucleic acid	0.5194	0.5158	2	57
31648	nucleation site	-0.2227	-0.3897	3	17
31647	nucleation seeds	-0.3103	-0.4939	3	4
31645	nucleation process	-0.2457	-0.3887	3	7
31642	nucleation effect	0.2342	-0.7074	4	4
31641	nucleation density	-0.245	-0.5432	3	20
31639	nucleation center	-0.0219	-0.2282	3	5
31634	nucleation and growth	-0.038	-0.4414	3	54
31631	nucleation	-0.1696	-0.5212	3	84
31628	nucleating agent	0.2427	-0.7722	4	16
31612	nuclear physics	-0.6581	0.2018	1	13
31608	nuclear magnetic resonance spectroscopy	0.4601	-0.1648	4	37
31605	nuclear magnetic resonance imaging	0.7916	0.8453	2	15
31604	nuclear magnetic resonance	0.0863	-0.133	1	13
31598	nuclear energy	-0.4212	-0.5705	1	10
31582	novel structure	-0.0809	-0.0998	5	16
31581	novel strategy	0.5749	-0.1074	5	34
31580	novel route	0.2646	-0.1877	4	4
31576	novel nanocomposite	0.5518	-0.0572	7	16
31574	novel method	0.0607	0.0527	3	8
31573	novel material	-0.0584	-0.0085	3	9
31567	novel device	-0.5945	0.3665	3	4
31562	novel catalyst	0.2885	-0.5403	5	7
31561	novel architecture	0.3249	0.1996	5	9
31560	novel application	-0.4872	0.2012	6	9
31558	note	0.3858	0.7215	2	4
31541	normal incidence	-1.0805	0.2267	1	11
31538	normal human	1.01	0.7157	2	5
31530	norfloxacin	1.0044	-0.067	7	6
31527	norepinephrine	1.2434	0.0912	2	4
31526	noradrenalin	1.0194	0.4481	2	5
31522	nonwoven fabrics	0.9025	-0.4858	7	4
31521	nonvolatile storage	-0.3172	0.3863	3	12
31519	nonvolatile memory device	-0.2745	0.4789	3	9
31515	nonviral gene delivery system	0.9967	0.8669	2	4
31505	nonspecific adsorption	0.7714	0.478	2	8
31482	nonmetal	-0.2784	-0.2636	1	5
31481	nonmagnetics	-0.8873	-0.2631	1	17
31480	nonmagnetic state	-1.0979	-0.3006	1	8
31469	nonlocal elasticity	-1.0427	-0.4253	1	8
31464	nonlocal	-1.037	-0.281	1	12
31463	nonlinearity	-0.705	0.6608	6	4
31453	nonlinear system	-0.4514	0.57	6	4
31447	nonlinear scattering	-0.2224	0.7034	6	17
31433	nonlinear optical response	-0.7697	0.6102	6	12
31432	nonlinear optical property	-0.3058	0.6325	6	8
31427	nonlinear optical absorption	-0.5913	0.6132	6	4
31426	nonlinear optic	-0.5608	0.6045	6	92
31412	nonlinear equation	-0.9138	-0.0034	1	9
31411	nonlinear elastics	-0.8361	-0.3495	1	6
31408	nonlinear effect	-0.8206	0.4474	6	12
31403	nonlinear dependence	-0.8114	0.0029	1	4
31390	nonlinear behavior	-0.7148	0.0218	1	5
31386	nonlinear absorption coefficient	-0.4561	0.7026	6	5
31385	nonlinear absorption	-0.4449	0.7477	6	14
31384	nonlinear	-1.0578	0.3642	1	5
31382	nonisothermal crystallization kinetic	0.3459	-0.9318	4	6
31381	nonisothermal crystallization	0.31	-0.9024	4	16
31380	nonisothermal	0.2825	-0.9759	4	5
31377	nonionic surfactant	0.5522	0.2222	2	5
31374	nonhuman	0.9363	0.7148	2	240
31370	nonequilibrium molecular dynamics simulation	-0.6389	-0.5187	1	13
31369	nonequilibrium molecular dynamic method	-0.677	-0.1832	1	4
31368	nonequilibrium molecular dynamic	-0.5848	-0.3977	1	6
31364	nonequilibrium green's function technique	-1.1955	-0.0608	1	8
31363	nonequilibrium green's function method	-1.2188	0.0269	1	4
31361	nonequilibrium green's function	-0.9657	0.3733	3	10
31360	nonequilibrium green's	-0.9499	0.0633	1	6
31358	nonenzymatic sensor	1.2644	-0.094	5	13
31350	nonenzymatic glucose detection	1.2261	-0.0128	2	4
31346	nonenzymatic biosensor	1.4189	-0.0175	2	4
31344	nonenzymatic	1.4264	0.0493	2	15
31336	noncovalent functionalization	0.3247	0.1918	7	10
31333	noncovalent assembly	0.9985	0.3416	2	8
31332	noncovalent	0.3833	0.1923	2	30
31261	non volatile memory	-0.3924	0.4507	3	10
31260	non volatile	-0.2138	0.3517	3	14
31251	non specific binding	0.4979	0.6461	2	4
31250	non solvent	0.4004	-0.0713	4	4
31245	non precious metal catalyst	0.8294	-0.7002	5	19
31244	non precious metal	0.5839	-0.8254	5	12
31238	non polar	0.0709	-0.173	4	9
31236	non noble metal catalyst	0.7148	-0.7824	5	6
31227	non magnetic semiconductor	-1.028	-0.4128	1	8
31225	non local elasticity	-1.0262	-0.4631	1	4
31221	non linear vibration	-1.0452	-0.3951	1	4
31220	non linear response	-0.865	0.2516	1	6
31214	non linear optical property	-0.4028	0.6827	6	25
31212	non linear optical	-0.5355	0.6358	6	15
31209	non linear device	-0.6631	0.6959	6	4
31201	non isothermal crystallization	0.2863	-0.941	4	4
31199	non imprinted polymer	0.7782	0.2133	2	5
31193	non equilibrium molecular dynamic	-0.8483	-0.4303	1	24
31192	non equilibrium green's function method	-1.112	-0.0391	1	59
31191	non equilibrium green's function formalism	-1.03	0.1922	1	13
31190	non equilibrium green's function	-0.9564	0.1156	1	70
31188	non equilibrium	-0.9507	0.171	1	18
31187	non enzymatic sensor	1.3437	-0.2979	5	22
31186	non enzymatic glucose sensor	1.2312	-0.2447	5	23
31184	non enzymatic detection	1.0584	0.1353	5	7
31183	non enzymatic biosensor	1.3896	0.0948	2	5
31182	non enzymatic	1.171	0.0665	2	44
31179	non destructive	-0.366	0.263	3	10
31178	non covalent interaction	0.4593	0.0529	2	34
31176	non covalent functionalization	0.2997	0.0184	4	42
31174	non covalent	0.3684	0.0832	2	10
31169	non aqueous electrolyte	0.7433	-0.6353	5	5
31151	noise	-0.4011	0.4883	3	4
31143	noble metal catalyst	0.5039	-0.5177	5	5
31142	noble metal	0.0215	-0.3626	1	10
31129	no removal	1.1894	-0.4382	7	4
31118	nlo property	-0.4204	0.5618	6	4
31108	nitrophenols	0.9444	0.0588	2	16
31105	nitromethane	0.4408	-0.121	2	6
31079	nitrogen specy	0.174	-0.5054	5	6
31078	nitrogen source	0.1157	-0.6515	5	10
31075	nitrogen removal	0.6883	-0.0442	5	8
31073	nitrogen plasma	0.0483	-0.3472	3	9
31070	nitrogen oxide	0.1886	0.1025	3	54
31055	nitrogen enriched	0.5046	-0.6802	5	6
31053	nitrogen doping	0.1319	-0.4994	5	97
31050	nitrogen doped reduced graphene oxide	1.0832	-0.3569	5	4
31047	nitrogen doped graphene sheet	1.2615	-0.0248	2	5
31046	nitrogen doped graphene quantum dot	1.093	0.6453	2	8
31045	nitrogen doped graphene nanosheet	1.0165	-0.5656	5	14
31039	nitrogen doped graphene	0.5761	-0.4359	5	302
31037	nitrogen doped carbon nanotubes	0.4187	-0.3225	5	6
31034	nitrogen doped carbon	0.6917	-0.7183	5	24
31033	nitrogen doped	0.2558	-0.5438	5	116
31028	nitrogen dioxide	0.0458	0.2471	3	7
31025	nitrogen content	0	-0.7751	5	17
31022	nitrogen concentration	-0.574	-0.3363	1	5
31021	nitrogen compound	0.1972	0.1017	7	56
31015	nitrogen atom	-0.3332	-0.4103	1	21
31014	nitrogen atmosphere	0.3928	-0.4063	5	15
31013	nitrogen and phosphorus	0.6387	-0.0003	5	4
31009	nitrogen adsorption desorption isotherm	1.0962	-0.5204	7	5
31008	nitrogen adsorption desorption	0.9398	-0.5204	7	36
31006	nitrogen adsorption	0.4633	-0.6752	5	19
31003	nitrogen	0.3139	-0.3871	5	501
30998	nitrobenzene	0.7977	0.1282	2	16
30995	nitroaromatic compound	0.8808	0.1003	2	8
30994	nitroarene	0.7694	-0.3348	5	5
30993	nitroaniline	0.8255	0.2045	2	4
30989	nitro derivative	0.84	0.4633	2	5
30988	nitro compound	0.8261	0.3895	2	6
30978	nitrite	1.26	0.0724	2	28
30974	nitrile	0.4968	0.0733	2	10
30967	nitride	-0.3694	-0.2502	1	100
30959	nitric oxide	0.6883	0.4559	2	25
30956	nitric acid	0.3971	0.0507	2	22
30954	nitrene	0.0845	0.1362	2	4
30953	nitration	0.3279	-0.0794	2	5
30942	nitrate	0.6326	-0.0131	2	14
30929	nir laser irradiation	0.8297	0.8216	2	6
30927	niobium oxide	0.3646	-0.4889	5	4
30925	niobium compound	0.9594	-0.5969	7	4
30922	niobium	-0.2573	-0.2555	1	7
30914	nio nanoparticle	0.9047	-0.3023	5	12
30910	nio	0.6687	-0.5495	5	12
30906	nih 3t3 cells	0.8123	0.7154	2	9
30893	nicotinamide adenine dinucleotide	1.055	0.202	2	21
30883	nico2o4	0.3034	-0.9327	5	4
30865	nickel sulfide	0.8774	-0.946	5	11
30862	nickel substrate	-0.2357	-0.3533	3	5
30857	nickel phosphide	0.9229	-0.9235	5	5
30846	nickel oxide	0.978	-0.4163	5	43
30844	nickel nanoparticle	0.44	-0.3041	5	15
30843	nickel monoxide	1.0007	-0.2384	5	5
30837	nickel ion	0.8178	-0.2836	7	7
30833	nickel hydroxide	1.1574	-0.6435	5	20
30830	nickel hexacyanoferrate	1.317	-0.1736	5	5
30825	nickel foam	0.6684	-0.7871	5	21
30824	nickel film	-0.3442	-0.1269	3	5
30821	nickel ferrite	1.3227	-0.4695	7	5
30801	nickel alloy	-0.4611	-0.4134	3	4
30799	nickel	0.1405	-0.471	5	417
30792	nial matrix composite	-0.2377	-0.9861	4	4
30760	ni(oh)2	0.2713	-1.053	5	4
30757	ni(111)	-0.6967	-0.4516	1	4
30754	ni substrate	-0.3399	-0.2794	3	4
30751	ni nanoparticle	0.1461	-0.4049	5	16
30744	ni foam	0.4286	-0.7729	5	8
30737	ni catalyst	-0.023	-0.4983	5	9
30736	ni atom	-0.5622	-0.6828	1	8
30734	ni al layered double hydroxide	1.1506	-0.5677	5	5
30713	nexafs	-0.1918	-0.3765	1	4
30704	new strategy	0.0742	0.0344	4	7
30700	new opportunity	-0.3589	-0.0633	1	4
30699	new members	0.1098	-0.1715	7	7
30698	new mechanism	-0.6301	0.1176	6	5
30696	new material	-0.31	0.2073	3	4
30686	new device	-0.6307	0.3729	3	4
30681	new approache	-0.0441	-0.0875	4	14
30680	new application	-0.1865	0.1141	3	6
30668	neutral solution	1.0025	-0.1128	5	9
30667	neutral red	1.0517	0.4333	2	7
30662	neutral electrolyte	0.5988	-0.6637	5	8
30661	neutral condition	0.9141	-0.1214	5	5
30649	neurophysiology	1.1599	0.1475	2	138
30647	neurons	0.523	0.6594	2	11
30632	neurodegenerative disease	0.7218	0.6369	2	9
30625	neural stem cell	0.687	0.8564	2	6
30614	networks (circuits)	-0.5617	0.3115	3	11
30611	network structure	0.1381	-0.5157	4	18
30610	network layer	0.0683	-0.0597	3	9
30606	network architecture	0.2977	-0.415	5	32
30605	network	-0.2334	-0.538	4	8
30592	nerve cell differentiation	0.7336	0.866	2	5
30590	nerve cell	0.6688	0.7676	2	7
30576	neoplasms	0.9553	0.9043	2	52
30575	neoplasm transplantation	0.8323	0.9813	2	5
30565	neodymium laser	-0.4783	0.7717	6	26
30563	neodymium	-0.4793	0.8273	6	16
30561	nems	-0.6527	0.2119	1	6
30554	nematic liquid crystal	-0.379	0.3223	6	5
30543	negatively charged surface	0.7785	-0.031	7	4
30541	negatively charged	0.3697	0.0234	4	30
30530	negative thermal expansion	-0.4299	-0.3146	1	6
30526	negative shift	0.1867	0.4511	3	5
30525	negative resistance	-0.8697	0.2889	1	26
30519	negative potential	0.209	0.0455	5	5
30512	negative magneto resistance	-0.9551	0.0595	1	4
30511	negative ion	0.1865	-0.1039	1	16
30502	negative electrode material	0.5289	-0.7975	5	9
30501	negative electrode	0.4118	-0.6135	5	25
30500	negative dynamic conductivity	-1.0342	0.6396	6	4
30499	negative differential resistance effect	-1.1815	0.1701	1	6
30494	negative differential resistance	-0.8782	0.2314	1	52
30485	negative charge	0.3075	0.2566	2	16
30476	needle	0.3913	-0.1744	5	5
30451	near infrared spectroscopy	0.6495	0.6698	2	18
30450	near infrared region	-0.0353	0.7414	6	7
30444	near infrared light	0.0095	0.2475	2	12
30442	near infrared laser	0.4316	0.5511	2	6
30438	near infrared band	-0.7015	0.7426	6	5
30437	near infrared absorption	0.2485	0.5025	2	4
30436	near infrared	-0.2044	0.5949	6	29
30426	near edge x ray absorption fine structure	-0.2754	-0.4703	1	4
30425	near edge x ray absorption	-0.39	-0.4005	1	4
30410	nd:gdvo	-0.5947	0.9968	6	5
30409	nd: yag	-0.5461	0.8597	6	6
30406	nd : yag laser	-0.4556	0.8878	6	6
30395	naturally occurring	0.3608	0.3863	2	4
30392	natural sunlight	1.3919	-0.3107	7	5
30388	natural rubber composite	0.0783	-0.8858	4	7
30387	natural rubber	0.2429	-0.8377	4	6
30377	natural organic matters	0.8808	0.1645	2	7
30375	natural organic matter	0.8977	0.0784	2	7
30367	natural graphite	0.1294	-0.3309	4	40
30363	natural frequency	-0.772	0.1452	1	40
30346	native structure	1.1252	0.1046	2	9
30335	narrow size distribution	0.6244	-0.2135	5	25
30331	narrow line width	-0.5356	0.751	6	4
30328	narrow distribution	0.224	-0.3043	7	5
30316	naphthol	1.1039	0.1903	2	10
30310	naphthalene derivative	0.4104	-0.0299	2	4
30309	naphthalene	0.3363	-0.0311	2	35
30296	nanowire array	-0.1383	0.0903	3	8
30294	nanowire	-0.1444	0.1755	3	275
30293	nanowalls	0.098	-0.0445	3	6
30286	nanotubes. carbon	0.4485	0.3983	2	165
30283	nanotubes	0.0491	-0.2188	4	277
30279	nanotube surface	-0.2517	-0.3766	1	4
30268	nanotube composite	0.4715	-0.4714	5	20
30264	nanotube array	0.8389	-0.2396	7	17
30262	nanotribology	-0.2191	-0.7947	4	9
30256	nanotoxicology	0.827	0.7793	2	7
30255	nanotoxicity	0.8555	0.7253	2	5
30248	nanotechnology	-0.0599	0.2416	3	423
30245	nanosystem	-0.3858	0.2695	3	9
30229	nanostructured material	0.1924	0.1679	2	491
30228	nanostructured hybrids	0.7264	-0.6673	5	5
30223	nanostructured electrode material	0.7383	-0.8177	5	4
30220	nanostructured composite	0.6064	-0.2932	5	14
30218	nanostructured carbon material	0.0995	-0.4273	5	8
30217	nanostructured carbon	0.1421	-0.305	5	9
30210	nanostructure	-0.03	0.0565	1	920
30199	nanosphere	0.6873	-0.0886	5	118
30198	nanospecie	0.528	0.0093	7	4
30184	nanoshell	0.4043	0.2216	2	11
30179	nanosheet film	0.1676	-0.0254	3	4
30176	nanosheet	0.4934	-0.3129	5	1208
30174	nanosensor	0.2171	0.4498	2	52
30171	nanosecond pulse generation	-0.696	1.1956	6	4
30170	nanosecond pulse	-0.5722	0.9769	6	7
30169	nanosecond laser pulse	-0.246	0.5742	6	4
30166	nanoscrolls	-0.378	-0.2616	1	12
30160	nanoscience and nanotechnology	0.2334	0.2263	2	7
30159	nanoscience	-0.3584	0.0359	1	16
30156	nanoscaled	-0.2054	-0.2904	1	4
30154	nanoscale zero valent iron	1.0637	0.0217	7	8
30136	nanoscale friction	-0.5497	-0.5513	1	4
30127	nanoscale device	-0.6582	0.128	3	8
30122	nanoscale building block	0.2404	-0.1908	4	9
30120	nanoscale	-0.1837	0.3279	3	6
30115	nanorod array	0.0904	-0.037	3	8
30114	nanorod	0.403	0.0584	5	263
30113	nanorobotics	-0.3299	0.1555	1	4
30111	nanoring	-0.8525	-0.0436	1	9
30108	nanoribbons	-0.7011	0.0621	1	453
30104	nanoreactor	0.3184	0.1098	2	4
30101	nanoprobe	0.4393	0.5091	2	25
30098	nanoporous structure	0.5753	-0.5378	5	10
30087	nanoporous material	0.2181	-0.0601	3	4
30086	nanoporous graphene	0.4805	-0.677	7	6
30085	nanoporous gold	1.1487	0.4816	2	4
30076	nanopore	-0.0297	0.1911	2	76
30074	nanoplatelet	0.0857	-0.3688	4	16
30073	nanoplate	-0.3907	-0.545	1	39
30072	nanophotonics	-0.6919	0.592	6	16
30065	nanopharmaceutics	1.024	0.9428	2	5
30054	nanoparticle size	0.3475	-0.1134	5	4
30036	nanoparticle	0.6458	-0.0578	5	1921
30033	nanopaper	0.0694	-0.4197	4	4
30030	nanoneedle	0.2847	-0.5206	5	9
30022	nanometre	-0.0911	-0.1288	1	4
30006	nanomesh	-0.3211	-0.0312	3	12
30004	nanomedicine	0.8621	0.8128	2	24
29999	nanomechanical resonators	-0.7366	0.0092	1	5
29995	nanomechanical device	-0.6173	0.0109	1	4
29994	nanomechanical	-0.6837	-0.2849	1	4
29990	nanomaterial	0.3174	0.341	2	569
29986	nanomagnetics	0.4882	0.0403	2	113
29976	nanolabels	1.216	0.5085	2	5
29974	nanojunction	-0.8556	0.071	1	8
29967	nanoindentation	-0.3362	-0.6552	4	12
29962	nanohybrids	0.6534	0.021	5	90
29957	nanohorns	0.1685	0.019	2	4
29955	nanohole	-0.7307	-0.3509	1	4
29952	nanographene	-0.0824	0.1324	1	9
29946	nanogold	1.4151	0.2866	2	5
29945	nanogenerator	0.0167	0.3212	3	6
29941	nanofriction	-0.4403	-0.6047	1	4
29936	nanofluids	-0.0435	-0.5112	4	23
29935	nanofluidics	-0.0028	-0.3925	4	42
29930	nanoflowers	0.8221	-0.389	5	38
29929	nanoflake	-0.2067	-0.2102	1	24
29928	nanofiltration membrane	0.5991	-0.1746	7	9
29927	nanofiltration	0.3844	-0.07	7	8
29925	nanofilm	0.5768	0.2679	2	22
29923	nanofiller	0.1713	-0.5595	4	13
29912	nanofiber composite	0.6938	-0.666	5	5
29910	nanofiber	0.4479	-0.1009	4	124
29905	nanofabrication	0.6461	0.4264	2	224
29903	nanoengineering	0.502	0.5523	2	6
29902	nanoencapsulation	0.7093	0.5312	2	13
29898	nanoelectronic device	-0.6262	0.0584	1	30
29895	nanoelectronic	-0.5365	0.2952	3	69
29893	nanoelectromechanical system	-0.4048	0.3514	1	6
29886	nanoelectrocatalyst	1.0638	-0.1867	5	4
29885	nanodots	-0.1658	0.1525	4	15
29881	nanodisks	-0.5047	0.0236	1	7
29877	nanodiamonds	0.1266	0.1459	2	26
29875	nanodevice	0.1993	0.5606	2	11
29874	nanodendrite	1.0071	-0.2741	5	12
29873	nanocube	0.8718	-0.4053	5	18
29869	nanocrystallite	-0.1203	-0.6257	4	7
29867	nanocrystalline tio	0.3827	-0.1253	7	4
29862	nanocrystalline material	0.0563	-0.3822	5	9
29856	nanocrystalline alloy	0.6847	-0.649	5	8
29855	nanocrystalline	-0.0839	-0.3347	5	17
29852	nanocrystal	0.3206	0.1694	5	316
29849	nanoconstriction	-0.7514	0.0936	1	5
29848	nanoconjugate	0.8831	0.8694	2	8
29842	nanocomposite thin film	0.2808	-0.1815	4	4
29826	nanocomposite material	0.6243	-0.3992	5	6
29825	nanocomposite hydrogels	0.5877	-0.1816	4	22
29823	nanocomposite foams	0.3461	-0.6148	4	6
29821	nanocomposite film	0.3087	-0.1792	4	244
29820	nanocomposite fiber	0.4692	-0.559	4	4
29819	nanocomposite electrode	0.8845	-0.5921	5	27
29817	nanocomposite catalyst	0.8643	-0.6704	5	4
29815	nanocomposite	0.5121	-0.3116	4	2463
29814	nanocomplex	1.1014	0.5806	2	5
29811	nanocoating	0.7805	0.5651	2	11
29809	nanocluster	0.0208	-0.1995	1	35
29807	nanochemistry	0.5074	0.3366	2	18
29805	nanochannel	0.6791	0.2135	7	6
29804	nanochain	1.0689	0.0797	5	5
29802	nanocatalyst	0.7219	-0.3002	5	32
29801	nanocatalysis	0.6426	-0.1641	5	17
29800	nanocasting	0.5389	-0.6964	5	4
29799	nanocarrier	0.978	0.813	2	49
29793	nanocarbon	0.0522	-0.0407	4	13
29792	nanocapsule	0.5747	0.2951	2	16
29789	nanocage	0.5953	0.2889	2	9
29788	nanocable	0.5167	-0.9203	5	6
29783	nanobiotechnology	0.7767	0.7072	2	11
29779	nanobelts	0.3325	-0.3628	5	27
29777	nanobead	0.8839	0.1913	2	5
29773	nanoarray	0.2098	0.4045	2	4
29772	nanoarchitecture	0.3636	-0.2438	5	14
29768	nanoantenna	-0.6385	0.5225	6	5
29767	nanoanalysis	0.7355	0.417	2	47
29703	nano tio	0.839	0.1319	7	4
29702	nano switch	-0.8947	0.0055	1	4
29700	nano structuring	-0.2557	-0.1423	1	5
29698	nano structured electrode	0.8652	-0.2266	5	8
29696	nano structured	-0.0931	-0.0111	1	44
29695	nano structure	-0.3327	-0.6704	4	9
29693	nano space	1.1973	-0.7785	5	4
29691	nano sized particle	0.7493	-0.5145	5	6
29688	nano sized	0.0481	-0.243	5	28
29682	nano scale zero valent iron	1.1154	-0.2121	7	4
29675	nano scale material	-0.2654	0.0258	1	10
29673	nano scale filler	0.1333	-0.643	4	5
29672	nano scale	-0.3933	-0.012	1	86
29671	nano rod array	-0.0712	0.2479	3	8
29665	nano powder	0.1073	0.2828	7	5
29663	nano porous	0.2612	-0.4328	5	21
29661	nano platelet	0.1198	-0.4223	4	22
29660	nano plate	-0.6949	-0.4438	1	15
29645	nano meter scale	-0.4132	0.0864	1	16
29640	nano material	0.108	0.0565	2	30
29636	nano layer	-0.1024	-0.2948	4	8
29634	nano island	-0.6964	-0.233	1	4
29629	nano hybrids	0.8944	-0.2735	5	26
29628	nano hybrid material	0.3991	0.0811	4	6
29627	nano hybrid film	0.3632	0.0396	4	4
29617	nano gold	0.8437	0.4342	2	7
29616	nano gap	-0.2541	0.4688	3	4
29614	nano focusing	-0.8296	0.5615	6	4
29611	nano flake	-0.1848	-0.353	1	11
29610	nano film	-0.0195	-0.1349	4	13
29608	nano filler	0.2209	-0.6805	4	22
29606	nano fe	0.2822	-0.2703	6	4
29603	nano engineering	-0.5321	-0.3797	1	4
29598	nano electromechanical system	-0.6408	0.0861	1	10
29594	nano electrode	0.1053	0.2103	3	7
29589	nano diamond	-0.1797	-0.1446	4	6
29587	nano device	-0.6194	-0.0021	1	54
29581	nano composite structure	0.4553	-0.1998	5	9
29578	nano composite membrane	0.6829	-0.3076	7	11
29572	nano composite coating	0.347	-0.2952	4	9
29571	nano composite	0.3152	-0.3461	4	6
29565	nano channel	0.0248	-0.2041	1	6
29563	nano catalyst	0.66	-0.3607	5	11
29561	nano carbon material	-0.1681	0.1164	3	9
29559	nano carbon	0.0339	-0.0966	4	15
29553	nano au	1.3697	0.4079	2	4
29552	nano assembly	0.2243	0.2616	2	8
29551	nano architecture	0.3031	-0.6465	5	14
29534	nafion composite	0.8145	0.1369	2	4
29532	nafion	1.2534	0.0692	2	21
29524	nadh	1.279	0.358	2	9
29522	nad	1.1896	0.312	2	11
29519	nacre	0.4042	-0.277	4	7
29509	na ion battery	0.3743	-1.0568	5	7
29453	n.n dimethylformamide	0.6621	0.2037	2	13
29449	n.n dimethylacetamide	0.3971	-0.1954	4	4
29442	n vinylcarbazole	0.1576	0.2052	3	5
29437	n type silicon	-0.1658	0.4471	3	6
29436	n type semiconductor	-0.0873	-0.0828	1	9
29435	n type doping	-0.4875	-0.1103	3	18
29431	n specy	-0.0149	-0.3952	5	4
29424	n methyl 2 pyrrolidone	0.5201	-0.3278	4	16
29421	n isopropylacrylamide	0.5359	0.0098	4	10
29418	n hydroxysuccinimide	0.8715	0.3295	2	11
29414	n doping	-0.1748	-0.1319	1	43
29411	n doped graphene	0.5089	-0.6005	5	38
29409	n doped	0.0801	-0.3834	5	110
29406	n content	0.2431	-0.1558	6	7
29397	n .n dimethylformamide	0.5202	-0.3555	4	53
29396	n .n dimethylacetamide	0.8304	-0.2477	7	7
29391	myoglobin	1.1655	0.3649	2	14
29388	mycotoxin	1.0634	0.6343	2	4
29383	mxene	-0.2235	-0.5344	3	5
29365	musculoskeletal system	0.5217	0.0214	2	11
29362	mus	0.9311	0.9636	2	18
29356	murinae	0.9054	0.9499	2	4
29355	muramidase	0.8966	0.5558	2	5
29349	multiwavelength	-0.5603	0.8858	6	9
29347	multiwalled carbon nanotubes	0.2451	-0.2574	4	223
29342	multiwall carbon nanotubes	0.9783	-0.1337	4	7
29333	multiscale	-0.4761	-0.2753	1	5
29318	multiplexing	0.4767	0.6836	2	26
29307	multiplex detection	0.6794	0.6695	2	6
29256	multiple application	0.1409	0.0164	5	5
29252	multiphoton process	-0.3864	0.461	6	5
29245	multimodality cancer therapy	0.8757	0.9945	2	5
29225	multilayer structure	-0.4204	0.1922	6	24
29219	multilayer growth	-0.3538	0.094	6	4
29212	multilayer graphene	-0.4658	0.0829	3	118
29210	multilayer film	0.0815	-0.0291	3	82
29200	multilayer	-0.398	0.0763	3	175
29198	multifunctionality	0.4219	0.0066	4	4
29193	multifunctional property	0.2899	-0.3558	4	9
29187	multifunctional nanocomposite	0.4869	-0.1087	4	14
29181	multifunctional group	1.1323	-0.1787	7	4
29174	multifunctional composite	0.5023	-0.4631	4	8
29167	multienzyme complex	1.1071	0.7445	2	4
29161	multidrug resistance	1.0009	0.9479	2	7
29154	multicomponent	0.12	0.0124	4	7
29092	multi walled nanotube	0.7099	0.4084	2	70
29091	multi walled carbon nanotube	0.5502	-0.1257	2	42
29090	multi walled	-0.1162	-0.4691	1	9
29089	multi wall carbon nanotube	0.1163	-0.1042	4	7
29086	multi step	0.3372	-0.2425	4	6
29082	multi scale structure	0.4418	-0.1439	5	6
29080	multi scale modeling	-0.6001	-0.5097	1	4
29070	multi layered structure	-0.3049	-0.0546	4	10
29068	multi layered graphene sheet	-0.7368	-0.4144	1	11
29067	multi layered graphene	-0.3035	-0.1524	3	10
29066	multi layered film	0.0016	-0.2882	4	4
29063	multi layered	-0.3246	-0.0006	3	15
29060	multi functionalized	0.7153	0.4865	2	4
29057	multi functional material	0.2501	-0.1677	4	13
29056	multi functional graphene	0.4847	0.2091	2	22
29055	multi functional	-0.1194	0.0914	3	11
29045	multi channel	-0.7099	0.2685	1	5
29043	multi analyte	1.131	0.7592	2	5
29041	mulliken population	-0.7207	-0.6977	1	6
29036	mucin 1	1.0104	0.6736	2	6
29033	mtt assay	0.8357	0.8499	2	8
29002	mouse	0.8746	0.8495	2	102
28995	motion picture experts group standards	0.8008	0.4242	2	8
28963	mos2	-0.3027	0.1208	3	15
28977	mos<sub>2</sub>	-0.3419	0.2264	3	10
28974	mos<inf>2</inf>	-0.2896	0.0483	6	10
28959	mos device	-0.5003	0.3234	3	12
28957	mortar	0.2134	-0.6851	4	10
28943	morphology investigation	0.2534	-0.7598	4	6
28942	morphology evolution	0.2457	-0.4666	5	10
28939	morphology controlled	0.5586	-0.3374	7	5
28938	morphology control	0.1715	-0.3362	5	7
28937	morphology characterization	0.2596	-0.7252	4	6
28935	morphology change	0.1166	-0.1657	3	8
28934	morphology and structure	0.7074	-0.4229	5	96
28933	morphology and size	0.3917	-0.4684	5	9
28930	morphology and crystal structure	0.5591	-0.4515	5	8
28929	morphology and composition	0.8677	-0.4353	5	20
28928	morphology analysis	-0.1192	-0.6771	4	4
28927	morphology	0.1944	-0.3136	4	257
28923	morphological study	0.2796	-0.4019	4	5
28922	morphological structure	0.4454	-0.3702	7	10
28921	morphological property	0.1476	-0.4169	4	5
28919	morphological observation	0.3891	-0.7186	4	9
28918	morphological feature	0.1945	-0.4141	4	8
28917	morphological evolution	0.0649	-0.0901	4	5
28913	morphological characterization	0.5526	-0.3737	4	11
28912	morphological characteristic	0.5858	-0.1635	5	4
28908	morphological analysis	0.5673	-0.6481	4	6
28892	montmorillonite	0.7156	-0.4472	4	9
28889	monte carlo simulation	-0.6915	-0.135	1	4
28888	monte carlo method	-0.6707	-0.145	1	32
28887	monte carlo	-0.6547	-0.1862	1	5
28886	monovalent cation	0.8106	0.1649	2	4
28876	monosaccharide	1.1242	0.4263	2	4
28873	monophenol monooxygenase	1.2314	0.3819	2	5
28861	monomer	0.36	-0.2861	4	30
28852	monolithic integrated circuit	-0.2063	0.3271	3	20
28843	monolithic	0.4145	-0.4445	5	7
28833	monolayer graphene	-1.0427	0.0735	1	15
28832	monolayer grapheme	-0.7628	0.0793	1	4
28826	monolayer adsorption	0.676	-0.4714	7	5
28825	monolayer	-0.5891	-0.0143	1	425
28814	monodisperse	0.4906	-0.4349	5	10
28806	monoclonal antibody	1.0968	0.7407	2	10
28796	mono dispersed	0.3403	-0.4146	5	20
28795	mono disperse	0.5629	-0.2959	5	7
28786	monitoring	0.6977	0.4947	2	4
28772	molybdenum trioxide	0.2391	-0.0128	3	4
28769	molybdenum sulfide	0.3157	-0.5004	5	8
28766	molybdenum oxide	0.3574	-0.1946	5	42
28760	molybdenum disulfide	-0.0059	-0.0339	3	69
28756	molybdenum compound	-0.1917	0.0002	3	155
28755	molybdenum complex	0.4636	0.7025	3	4
28751	molybdenum	0.0452	-0.0823	3	77
28743	molluscs	0.3244	0.0506	2	6
28727	molecule adsorption	-0.1346	0.1375	3	4
28726	molecule	-0.0697	-0.0075	1	376
28724	molecularly targeted therapy	1.0027	0.9395	2	4
28716	molecularly imprinted polymer	1.0184	0.2955	2	62
28711	molecularly imprinted	1.1945	0.2573	2	24
28705	molecular wire	-0.0666	0.1048	4	5
28701	molecular weight	0.6787	0.1411	2	38
28695	molecular template	0.4011	-0.4099	5	4
28690	molecular switch	-0.5022	0.3335	1	5
28687	molecular structure	0.2411	0.1207	2	60
28686	molecular structural mechanics	-0.8372	-0.4449	1	5
28684	molecular state	-0.7794	-0.1766	1	4
28683	molecular stability	0.8703	0.3705	2	105
28678	molecular size	0.6365	0.2421	2	12
28677	molecular simulation	-0.0257	-0.2732	1	27
28674	molecular sieve	0.3101	-0.3161	7	11
28672	molecular sequence data	0.6943	0.7074	2	6
28671	molecular separation	0.3815	-0.2259	7	4
28670	molecular sensor	0.4489	0.5648	2	11
28669	molecular sensing	-0.0832	0.2795	6	4
28668	molecular self assembly	-0.1858	0.1383	3	4
28666	molecular scale	0.0411	0.1767	4	4
28665	molecular scaffold	0.7792	0.6107	2	5
28660	molecular recognition element	1.1526	0.671	2	6
28658	molecular recognition	0.7843	0.5474	2	28
28656	molecular probe technique	0.7929	0.7232	2	7
28655	molecular probe	0.791	0.6923	2	38
28654	molecular precursor	-0.2513	-0.2622	1	4
28652	molecular physics	-0.7144	-0.0962	1	5
28646	molecular oxygen	0.0587	-0.4429	1	15
28645	molecular orientation	-0.1322	-0.0352	1	6
28643	molecular orbital	-0.5475	-0.1865	1	32
28637	molecular modeling	-0.343	-0.1432	1	6
28636	molecular model	0.1113	0.1231	1	10
28634	molecular mechanism	0.3424	0.4249	2	9
28633	molecular mechanics simulation	-0.6319	-0.4075	1	7
28631	molecular mechanics	-0.4692	-0.3407	1	30
28626	molecular level	0.0315	-0.2474	4	14
28622	molecular junction	-0.6851	0.1781	1	12
28620	molecular interaction	0.571	0.4454	2	72
28615	molecular imprinting	0.7503	0.3419	2	46
28614	molecular imprinted polymer	1.088	0.3975	2	9
28612	molecular imaging	0.5962	0.7323	2	28
28610	molecular hydrogen	-0.3335	-0.6231	1	4
28589	molecular electronic	-0.2111	0.5025	3	34
28585	molecular dynamics simulation	-0.2606	-0.2141	1	85
28583	molecular dynamics calculation	-0.4373	-0.408	1	6
28580	molecular dynamic simulation	-0.4825	-0.4207	1	294
28579	molecular dynamic method	-0.643	-0.4128	1	27
28578	molecular dynamic	-0.4715	-0.383	1	519
28577	molecular doping	-0.5826	0.1039	3	4
28570	molecular device	-0.5654	0.1766	3	25
28567	molecular design	0.2347	0.209	2	6
28563	molecular conformation	0.0061	0.082	3	118
28562	molecular configuration	-0.0239	0.1678	4	4
28555	molecular chain	0.2016	0.0878	4	6
28551	molecular biology	0.7015	0.6586	2	47
28550	molecular beam epitaxy	-0.5399	-0.2892	3	18
28548	molecular beam	-0.4834	-0.3653	3	7
28547	molecular beacon	0.8014	0.8111	2	23
28541	molecular analysis	0.5123	0.3254	2	10
28539	molecular adsorption	-0.2301	-0.0532	1	7
28532	molding	0.0018	-0.3643	4	7
28529	molar ratio	0.5766	-0.26	5	16
28526	moisture uptake	0.6156	-0.4303	4	4
28518	moisture	0.171	0.0001	4	8
28516	moir� pattern	-0.6103	-0.5947	1	4
28509	modulator	-0.698	0.7625	6	25
28505	modulation speed	-0.727	0.8502	6	5
28499	modulation efficiency	-0.6792	0.7023	6	5
28498	modulation effect	-1.0511	0.341	1	4
28495	modulation depth	-0.7233	0.8044	6	20
28492	modulation	-0.6541	0.5312	6	58
28461	modified hummers method	0.5666	0.4295	2	6
28458	modified graphene	0.521	-0.3416	4	5
28456	modified glassy carbon electrode	1.3492	0.154	2	243
28452	modified electrode surface	1.1376	0.2443	2	7
28451	modified electrode	1.1934	0.1716	2	288
28445	modified carbon paste electrode	1.2372	0.1969	2	8
28443	modified carbon	0.746	0.0792	2	20
28439	modified	0.5112	-0.1557	4	7
28435	modification method	0.3225	-0.1481	5	4
28429	modification	0.5636	-0.126	4	17
28421	moderate temperature	-0.2318	-0.3908	3	5
28418	models. theoretical	-0.2851	0.4033	1	14
28416	models. molecular	0.1581	0.2966	2	112
28415	models. chemical	-0.4764	0.0396	1	80
28414	models. biological	0.4171	0.6823	2	8
28413	modelocking	-0.6392	0.9701	6	24
28409	modeling and simulation	-0.776	-0.2282	1	6
28407	modeling	-0.5223	0.2697	3	9
28406	model system	-0.4537	-0.2071	1	6
28403	model structure	-0.6112	-0.3361	1	4
28400	model reaction	0.376	-0.4894	5	9
28388	model compound	0.0765	0.0505	1	4
28383	model	-0.6233	0.2332	3	19
28372	mode locking	-0.6255	1.0064	6	16
28369	mode locked pulse	-0.6579	1.0235	6	11
28368	mode locked laser pulse	-0.7052	1.1546	6	5
28367	mode locked laser	-0.6894	1.0198	6	18
28366	mode locked fiber laser	-0.6707	0.9939	6	122
28365	mode locked	-0.6886	1.0486	6	66
28358	mode competition	-0.6735	0.9061	6	5
28345	mobility	-0.4814	0.2933	3	17
28341	mobile security	0.6331	0.55	2	23
28328	mnooh	0.9609	-0.9287	5	5
28314	mno2	0.8454	-0.7987	5	30
28325	mno<sub>2</sub>	0.8627	-0.7911	5	25
28321	mno<inf>2</inf>	1.0765	-0.5793	7	9
28308	mno	0.0664	-0.8258	5	4
28288	mixture solution	0.4094	-0.0478	4	5
28279	mixture	0.4197	-0.2947	4	30
28274	mixing method	-0.1716	-0.316	4	5
28271	mixing	-0.2455	-0.174	4	27
28270	mixers (machinery)	-0.6635	0.5111	3	5
28261	mixed solvent	0.2976	-0.1271	4	7
28260	mixed solution	0.8034	-0.0438	4	10
28253	mixed matrix membrane	0.7305	-0.1305	7	6
28240	mixed acid	0.2165	-0.627	4	4
28230	mitochondrial membrane potential	0.9665	0.8107	2	12
28224	mitochondria	0.8777	0.8311	2	17
28221	misorientation angle	-0.7813	-0.4683	1	5
28215	mirrors	-0.7441	0.8693	6	20
28214	mirror symmetry	-1.0627	0.358	1	7
28198	minimum pulse widths	-0.7404	1.2273	6	6
28193	minimum energy paths	-0.6149	-0.7617	1	5
28184	miniband	-1.2341	0.118	1	4
28171	minerals	0.6076	-0.0239	2	6
28170	mineralogy	0.6202	0.286	2	7
28168	mineralization	0.8684	0.159	2	4
28147	milling (machining)	0.1031	-0.6703	4	33
28137	milk sample	0.9573	0.2444	2	5
28133	milk	1.0965	0.3607	2	21
28127	mild reaction condition	0.6422	-0.4395	5	6
28123	mild hydrothermal condition	0.5233	-0.8253	5	4
28116	migration efficiency	1.0892	-0.3746	7	10
28111	midinfrared laser	-0.6833	0.9546	6	4
28110	midinfrared	-0.7858	0.7139	6	12
28097	mid infrared region	-0.9401	0.5682	6	9
28096	mid infrared range	-0.7638	0.5026	6	5
28094	mid infrared	-0.8825	0.7124	6	7
28072	microwave synthesis	0.6381	-0.5319	5	16
28068	microwave sensor	-0.0224	0.2418	3	4
28063	microwave radiation	0.5066	0.2132	2	28
28056	microwave plasma enhanced chemical vapor deposition	0.0148	-0.3285	3	5
28054	microwave plasma chemical vapor deposition	-0.0536	-0.2072	3	9
28052	microwave plasma	-0.0781	-0.2094	3	8
28050	microwave oscillators	-0.0387	-0.0552	5	4
28047	microwave method	0.1419	0.0237	3	6
28044	microwave irradiation	0.6428	-0.3494	5	55
28038	microwave hydrothermal	0.7877	-0.4928	5	5
28037	microwave heating	0.5623	-0.4402	5	14
28028	microwave electromagnetic property	0.0648	-0.4711	6	10
28025	microwave device	-0.7361	0.5008	3	4
28021	microwave chemistry	0.7593	-0.2145	7	6
28014	microwave assisted synthesis	0.8413	-0.467	5	36
28013	microwave assisted reduction	1.4193	-0.7349	7	4
28012	microwave assisted reaction	0.8907	-0.5377	7	7
28011	microwave assisted process	1.1639	-0.5645	7	4
28009	microwave assisted polyol process	0.7968	-0.8564	5	6
28008	microwave assisted method	1.0669	-0.4892	7	14
28006	microwave assisted hydrothermal	0.6475	-0.4173	5	9
28003	microwave assisted	0.7841	-0.4474	5	45
28000	microwave absorption property	0.0673	-0.3359	6	54
27999	microwave absorption material	0.1479	-0.3262	6	6
27998	microwave absorption	-0.0092	-0.3427	6	59
27997	microwave absorbing property	0.0099	-0.4059	6	23
27995	microwave absorbing material	0.148	-0.5219	6	16
27993	microwave absorbing	0.0832	-0.4138	6	19
27992	microwave absorbers	-0.1998	-0.2166	6	15
27989	microwave	-0.0985	0.0612	6	94
27982	microtechnology	0.4113	0.4483	2	11
27981	microsystem	-0.0968	0.2964	3	7
27980	microsupercapacitor	-0.0023	-0.3391	5	4
27978	microstructure measurement	0.6168	-0.5002	7	5
27975	microstructure evolution	-0.2007	-0.5873	4	5
27971	microstructure characterization	0.201	-0.4182	4	5
27970	microstructure and property	0.277	-0.6358	4	9
27969	microstructure and mechanical property	-0.0223	-0.8761	4	15
27968	microstructure analysis	0.3257	-0.7235	5	6
27967	microstructure	0.0346	-0.5893	4	139
27949	microsphere	0.8536	-0.3072	5	126
27946	microsensor	0.2681	0.2449	2	5
27945	microscopy. scanning tunneling	-0.1743	-0.0037	1	6
27944	microscopy. fluorescence	0.7471	0.818	2	15
27943	microscopy. electron. transmission	0.7119	0.3382	2	132
27941	microscopy. electron. scanning	0.7924	0.2861	2	146
27940	microscopy. electron	0.4284	0.4776	2	4
27939	microscopy. confocal	0.764	0.8333	2	22
27938	microscopy. atomic force	0.502	0.498	2	103
27937	microscopy technique	-0.007	-0.0722	7	6
27935	microscopy	0.0284	0.1934	2	23
27932	microscopic structure	-0.3264	-0.0874	1	10
27920	microscopic imaging	-0.072	0.2116	6	4
27918	microscopic examination	-0.2347	0.0288	6	6
27915	microscopic analysis	0.355	0.1305	4	4
27906	microscale combustion	0.4015	-0.7207	4	4
27904	micrornas	1.0435	0.7976	2	21
27902	microrna detection	0.8726	0.8237	2	5
27898	microrna 21	1.0585	0.8818	2	5
27894	microrna	1.0532	0.8087	2	21
27890	microprocessor chips	0.107	0.6342	3	5
27879	microporous material	0.3946	-0.5215	5	7
27875	microporous	0.2343	-0.4915	5	11
27874	microporosity	0.3279	-0.5023	5	27
27864	micropattern	0.0981	0.3548	3	7
27863	microorganism	0.7762	0.4237	2	12
27861	microoptic	-0.2724	0.0203	1	5
27853	micromorphology	0.2427	-0.7461	4	10
27847	micrometers	-0.2514	0.0365	3	4
27844	micrometer scale	-0.5274	-0.0233	1	5
27825	microfluidics	0.4929	0.4967	2	23
27813	microfluidic channel	0.3868	0.3029	2	4
27811	microfluidic analytical technique	0.7502	0.5761	2	14
27809	microfluidic analysis	0.7608	0.561	2	13
27806	microfiltration	0.632	-0.2061	7	30
27800	microfiber	-0.3989	0.6793	6	15
27797	microextraction	1.1713	0.2503	2	5
27795	microenvironment	0.9199	0.4039	2	24
27791	microemulsion	0.7984	0.1575	2	13
27785	microelectronic	-0.3805	0.1271	3	42
27784	microelectromechanical system	-0.2179	0.5626	6	4
27780	microelectrode	0.4251	0.4336	2	50
27775	microcystins	1.0964	0.4925	2	6
27771	microcystin lr	1.0927	0.4337	2	8
27765	microcrystalline graphite	0.4604	-0.829	5	6
27746	microchemistry	1.0754	0.6382	2	4
27745	microchannel	0.0248	-0.0141	4	32
27744	microcellular radio system	0.3494	-0.5862	4	4
27742	microcellular foams	0.3962	-0.6808	4	6
27740	microcavity	-0.7596	0.5202	6	6
27739	microcapsule	0.6196	0.5308	2	6
27731	microbiology	0.9025	0.4603	2	15
27728	microbial viability	0.8626	0.5877	2	6
27726	microbial sensitivity test	0.9471	0.5581	2	11
27719	microbial fuel cells	0.8508	-0.0226	2	45
27718	microbial fuel cell	0.9538	-0.0015	2	32
27710	microbial activity	0.8749	0.2354	2	6
27709	microbead	0.8787	-0.0263	2	4
27707	microarray analysis	0.559	0.5563	2	4
27700	micro/nanostructure	0.3337	-0.6892	5	5
27668	micro tribological behavior	0.1481	-0.6231	4	4
27667	micro supercapacitor	0.174	-0.2187	5	13
27663	micro structural characterization	0.4546	-0.6785	5	8
27659	micro scale	-0.2713	-0.0878	1	6
27656	micro raman spectroscopy	-0.3126	-0.057	3	14
27650	micro raman	-0.3522	0.0139	3	4
27648	micro porous structure	0.4422	-0.6243	5	9
27643	micro particle	0.393	0.0939	2	5
27638	micro mechanical	-0.408	-0.0912	1	13
27631	micro fluidic device	0.5234	0.5624	2	4
27629	micro fiber	-0.5318	0.7764	6	27
27627	micro explosion	0.0989	-0.7231	5	4
27626	micro electronic device	-0.1534	0.1394	3	8
27624	micro electro mechanical system	-0.1994	-0.4248	4	6
27619	micro device	-0.2735	0.1502	3	6
27617	micro contact printing	0.2253	0.3041	4	6
27613	micro capacitor	0.2033	-0.4681	4	4
27607	michaelis menten kinetic	1.2668	0.3192	2	10
27606	michaelis menten constant	1.2251	0.1947	2	33
27604	michaelis constant	1.1408	0.4568	2	8
27602	michael addition reaction	1.1629	0.0179	4	6
27601	michael addition	1.0849	0.217	2	5
27598	micelle	0.7809	0.5323	2	15
27597	micellar electrokinetic chromatography	1.059	0.2505	2	4
27596	mice. nude	0.8362	0.9362	2	7
27592	mice. inbred c57bl	0.9786	0.9309	2	7
27591	mice. inbred balb c	0.9509	0.9807	2	12
27590	mice	0.8461	0.8411	2	85
27587	mica	-0.116	0.1109	3	13
27582	mgo	0.0983	-0.2731	3	10
27557	metronidazole	1.3589	0.1153	2	6
27534	methylene blue solution	0.5988	-0.4431	7	5
27533	methylene blue dye	0.8654	-0.2125	7	9
27532	methylene blue degradation	0.8407	-0.125	7	6
27531	methylene blue adsorption	0.9613	-0.3939	7	6
27530	methylene blue	0.9515	-0.1261	7	161
27526	methylation	0.7347	0.5341	2	10
27523	methylamine borane	0.7043	-0.9318	5	5
27511	methyl parathion	1.3066	0.1854	2	15
27506	methyl orange	0.9637	-0.2574	7	67
27505	methyl methacrylate	0.1011	-0.1926	4	14
27498	methyl ester	0.0675	0.4648	3	5
27488	methyl blue	0.8461	-0.3152	7	8
27477	methotrexate	1.0567	0.8553	2	6
27476	methodology	0.2781	0.3751	2	325
27472	method	0.8908	0.4795	2	5
27463	methanol tolerance	0.6916	-0.7893	5	15
27458	methanol permeability	0.8504	-0.3605	5	6
27456	methanol oxidation reaction	0.8889	-0.721	5	43
27454	methanol oxidation	0.8717	-0.7158	5	134
27451	methanol fuel	0.8728	-0.6953	5	34
27449	methanol electrooxidation	0.8795	-0.8141	5	68
27447	methanol electrocatalytic oxidation	1.0511	-0.8829	5	9
27446	methanol electro oxidation	0.4914	-0.9385	5	12
27444	methanol crossover effect	0.668	-1.0634	5	5
27443	methanol crossover	0.8243	-0.5125	5	6
27440	methanol	0.7923	-0.5388	5	277
27418	methane	-0.0586	-0.4149	3	74
27411	methacrylic acid derivative	0.8133	0.5614	2	4
27409	methacrylic acid	0.9578	0.6547	2	7
27408	methacrylate	0.797	0.4789	2	4
27404	metasurface	-0.8715	0.5241	6	6
27390	metamaterial absorbers	-0.8717	0.6955	6	4
27389	metamaterial	-0.7916	0.5371	6	54
27387	metals. heavy	1.0733	0.12	2	19
27386	metalorganic frameworks	0.6951	0.1605	2	5
27384	metallurgy	0.0605	-0.5887	4	12
27382	metallphthalocyanine	-0.0233	0.2194	3	4
27379	metallorganic chemical vapor deposition	-0.3314	0.048	3	4
27375	metalloporphyrins	0.5105	0.3137	2	4
27364	metallizing	-0.3035	0.0672	3	5
27363	metallicity	-0.9984	-0.4805	1	4
27353	metallic structure	-0.7317	0.1295	6	4
27347	metallic property	-0.8801	-0.1793	1	6
27338	metallic nanostructure	-0.3452	0.4976	6	4
27337	metallic nanoparticle	0.0617	0.1756	3	15
27332	metallic matrix composite	-0.0656	-0.7615	4	35
27330	metallic lithium	0.5572	-0.7469	5	7
27326	metallic film	-0.25	-0.0422	3	32
27324	metallic electrode	-0.7347	0.1582	1	4
27320	metallic compound	0.3219	-0.188	5	85
27314	metallic catalyst	0.2411	-0.4211	5	7
27311	metallic behavior	-0.7607	-0.2395	1	12
27274	metal working	-0.3007	0.1121	3	4
27266	metal surface	-0.4127	-0.3944	1	11
27263	metal sulfide	0.92	-0.4783	7	6
27262	metal substrate	-0.3717	-0.3368	3	24
27257	metal semiconductor transition	-1.0667	-0.4035	1	4
27248	metal recovery	0.2849	-0.0362	2	9
27245	metal precursor	0.1626	-0.2672	5	5
27240	metal particle	0.1472	-0.4632	5	10
27231	metal oxide particle	0.5871	-0.5237	5	5
27229	metal oxide nanoparticle	0.5559	-0.036	5	14
27223	metal oxide composite	0.1614	-0.6747	5	5
27217	metal oxide	0.4078	-0.1129	5	80
27214	metal organic framework	0.7686	-0.2678	5	43
27207	metal nanostructure	-0.0028	0.2508	6	6
27206	metal nanoparticle	0.6605	0.1604	2	611
27204	metal nanocrystal	0.3562	0.0232	6	4
27203	metal nanocomposite	0.2753	0.2157	2	5
27192	metal matrix composite	-0.0447	-0.8908	4	17
27178	metal ion concentration	1.13	-0.1498	7	4
27175	metal ion	0.7549	-0.0217	2	309
27171	metal insulator transition	-0.9791	-0.1185	1	11
27169	metal insulator boundary	-0.7791	0.2038	1	9
27157	metal free electrocatalyst	0.7598	-0.6527	5	25
27156	metal free catalyst	0.5373	-0.6175	5	39
27153	metal free	0.4684	-0.3454	5	12
27141	metal electrode	-0.4367	0.2585	3	15
27140	metal drawing	0.5938	0.164	2	4
27131	metal deposition	-0.4071	0.032	3	6
27125	metal contact	-0.7213	0.1472	3	4
27121	metal complex	0.5229	-0.0237	2	15
27120	metal cluster	-0.432	-0.485	1	5
27118	metal cladding	-0.241	-0.3229	3	37
27115	metal catalyzed	-0.1772	-0.3818	3	5
27114	metal catalyst	-0.19	-0.2888	3	11
27109	metal binding	0.6136	0.2452	2	4
27108	metal based catalyst	0.5043	-0.4948	5	7
27107	metal atom	-0.4972	-0.4935	1	15
27104	metal and alloy	-0.0808	-0.2722	5	4
27103	metal analysis	0.2059	-0.0806	5	4
27101	metal air battery	0.821	-0.6457	5	11
27098	metal adatom	-0.4213	-0.5852	1	5
27097	metal	0.0017	-0.1054	5	264
27092	metabolite	1.0127	0.4499	2	13
27091	metabolism	0.8503	0.5865	2	236
27076	messenger rna	0.984	0.9412	2	7
27072	mesostructure	0.6762	-0.3245	7	6
27066	mesoscopic and nanoscale system	-1.0169	-0.0397	1	8
27057	mesoporous tio2	1.0453	-0.1219	7	4
27055	mesoporous tio	0.7682	-0.1287	7	9
27054	mesoporous structure	0.7699	-0.6375	5	30
27051	mesoporous silica nanoparticle	0.9266	0.5642	2	12
27047	mesoporous silica	0.5831	0.1553	2	18
27035	mesoporous material	0.6937	-0.4558	5	114
27016	mesoporous carbon	0.635	-0.4809	5	20
27014	mesoporous anatase tio	1.1736	-0.7931	7	4
27012	mesoporous	0.68	-0.4902	5	45
27005	mesopore	0.4637	-0.5257	5	8
26996	mesocarbon microbead	0.4783	-0.8442	5	5
26992	meso pore	0.4476	-0.484	5	11
26983	mesfet device	-0.6652	0.3928	3	27
26978	mesenchymal stem cell	0.7431	0.7404	2	11
26974	mercury(ii)	1.3202	0.3579	2	4
26970	mercury ion	0.8575	0.4408	2	12
26964	mercury compound	0.5154	0.1729	2	10
26960	mercury (metal)	0.5218	0.2197	2	34
26958	mercury (element)	0.5223	0.1869	2	4
26957	mercury	0.8779	0.3723	2	51
26936	mems	-0.2057	0.1146	3	27
26935	memristors	-0.3451	0.3616	3	4
26925	memory effect	-0.1477	0.3543	3	7
26924	memory device	-0.1824	0.4142	3	11
26919	memory	-0.0968	0.5406	3	4
26918	membranes. artificial	0.1617	0.2187	3	46
26917	membrane transport	0.6247	0.2049	7	8
26916	membrane thickness	-0.2167	-0.1136	1	4
26912	membrane structure	0.7625	0.1789	7	9
26906	membrane separation	0.1887	-0.3615	7	7
26900	membrane potential. mitochondrial	0.9657	0.9227	2	5
26898	membrane permeability	0.8299	0.0797	7	14
26891	membrane material	0.3015	0.0019	7	4
26880	membrane filter	0.5376	-0.0484	7	5
26867	membrane	0.454	-0.1448	7	125
26862	melting point	0.44	-0.1307	4	12
26860	melting behavior	0.2409	-0.7078	4	4
26857	melting	-0.0233	-0.6017	4	12
26852	melt spinning	0.3635	-0.5348	4	6
26849	melt polycondensation	0.4907	-0.9865	4	4
26845	melt crystallization	0.2648	-0.9477	4	8
26844	melt compounding	0.2836	-0.7393	4	8
26841	melt blending method	0.5003	-0.675	4	6
26840	melt blending	0.1841	-0.7845	4	9
26826	melamine formaldehyde resin	0.2673	-0.6658	4	16
26822	melamine	0.8762	0.1399	2	11
26820	meh ppv	0.0947	0.4611	3	5
26816	medicine	0.9407	0.5598	2	8
26809	medical nanotechnology	0.5984	0.5855	2	21
26807	medical imaging	0.168	0.7297	2	11
26806	medical diagnostic	0.6704	0.674	2	4
26805	medical device	0.7162	0.5854	2	5
26804	medical application	0.6512	0.5287	2	114
26796	mechanochemical synthesis	0.6172	-0.6933	4	5
26784	mechanism study	0.8983	0.2068	2	4
26778	mechanism	0.1575	-0.2524	7	40
26773	mechanics	-0.2504	-0.0832	1	28
26771	mechanically stable	-0.1664	-0.1172	1	8
26770	mechanically robust	0.0724	-0.4303	5	6
26761	mechanical testing	0.1116	-0.5545	4	15
26755	mechanical stress	-0.1559	-0.1359	1	24
26754	mechanical strength	0.1589	-0.0543	4	13
26753	mechanical strain	-0.5227	-0.0847	1	6
26747	mechanical stability	0.1335	-0.1695	4	28
26744	mechanical robustness	0.0711	-0.2738	7	9
26743	mechanical response	-0.5324	-0.4809	1	6
26742	mechanical resonators	-0.6833	0.1638	1	4
26738	mechanical reinforcement	0.306	-0.63	4	12
26735	mechanical property	-0.0112	-0.5011	4	727
26727	mechanical process	0.2111	0.2098	4	10
26724	mechanical permeability	0.2902	-0.5022	4	5
26723	mechanical performance	0.0168	-0.548	4	53
26721	mechanical parameter	-0.6785	-0.1407	3	4
26713	mechanical mixing method	-0.0236	-0.5685	4	5
26712	mechanical mixing	0.1226	-0.658	4	4
26705	mechanical loading	-0.469	-0.3103	1	4
26704	mechanical interlocking	0.1842	-0.7014	4	4
26698	mechanical flexibility	-0.0186	0.228	3	35
26695	mechanical failure	-0.5635	-0.6522	1	4
26693	mechanical exfoliation	-0.4553	0.1833	6	21
26688	mechanical engineering	-0.3862	-0.225	1	14
26682	mechanical deformation	-0.5899	-0.1381	1	10
26676	mechanical characteristic	-0.2889	-0.2773	1	13
26672	mechanical behavior	-0.5434	-0.4882	1	26
26668	mechanical and tribological property	-0.0734	-0.8645	4	10
26667	mechanical and thermal property	0.1601	-0.6549	4	57
26665	mechanical and electrical property	-0.0797	-0.4623	4	35
26664	mechanical and electrical	-0.2619	-0.4616	4	6
26662	mechanical and dielectric property	0.165	-0.647	4	6
26659	mechanical alloying	0.0995	-0.8304	4	6
26656	mechanical actuator	-0.045	-0.0996	1	11
26650	meat	0.7756	0.1821	2	11
26647	measurements of	-0.5403	0.1364	1	7
26640	measurement result	-0.3252	0.2372	3	4
26639	measurement repeatability	1.2234	0.4145	2	14
26637	measurement precision	0.4512	0.4319	2	8
26636	measurement method	-0.1672	0.491	1	4
26633	measurement accuracy	0.9785	0.4784	2	13
26632	measurement	-0.0399	0.3797	3	22
26620	mean size	-0.347	-0.086	1	5
26614	mean free path	-0.8764	0.1022	1	9
26611	mean field	-0.9372	-0.0815	1	5
26610	mean diameter	0.802	-0.368	5	6
26602	md simulation	-0.5429	-0.4361	1	15
26592	mcf 7 cell line	0.9138	0.8696	2	16
26591	mcf 7 cell	0.905	0.8273	2	28
26581	maxwell's equation	-0.9905	0.3812	1	8
26578	maximum value	-0.6396	-0.0247	1	5
26567	maximum power density	0.6674	-0.3801	5	35
26566	maximum power	0.0644	0.4972	3	5
26564	maximum output power	-0.6982	1.0843	6	21
26562	maximum oscillation frequency	-0.768	0.5975	3	9
26561	maximum luminance	-0.0874	0.5599	3	4
26560	maximum emission	-0.0484	0.0041	3	5
26554	maximum current density	-0.4057	0.0941	3	7
26545	matrix solid phase dispersion	1.0633	0.2206	2	5
26529	matrix composite	-0.12	-0.9003	4	5
26527	matrix assisted laser desorption ionization time of flight mass spectrometry	0.7903	0.3596	2	26
26524	matrix algebra	-0.6354	-0.1674	1	6
26523	matrix	0.1555	-0.4337	4	90
26522	matrine	1.2671	0.3021	2	4
26517	mathematical transformation	-0.9212	-0.111	1	5
26511	mathematical model	-0.4425	0.1079	1	19
26509	mathematical computing	-0.0696	0.3608	6	4
26508	mathematical analysis	0.0561	0.4141	2	10
26507	materials testing	0.0549	0.2703	3	172
26503	materials science	-0.0023	-0.0065	3	37
26501	materials handling equipment	-0.198	-0.6585	4	6
26500	materials handling	0.3925	-0.3593	4	8
26492	material testing apparatus	0.2351	-0.476	4	4
26491	material system	-0.6292	0.0751	3	5
26490	material synthesis	-0.3886	0.197	3	9
26488	material structure	-0.0314	-0.1123	1	4
26485	material state	0.6601	0.4431	2	7
26484	material science	0.2073	-0.1006	4	15
26481	material property	-0.1417	-0.1364	1	78
26469	material coating	0.9086	0.3572	2	53
26466	material characteristic	-0.2235	0.0261	3	4
26462	material	0.0042	0.1318	3	46
26455	massless dirac fermion	-1.0714	0.2105	1	8
26454	massive production	0.1556	-0.0298	3	4
26448	mass transport	0.4906	-0.3015	5	5
26444	mass transfer	0.0374	-0.1864	5	27
26441	mass spectrometry analysis	0.89	0.3326	2	6
26439	mass spectrometry	0.6993	0.26	2	95
26434	mass sensor	-0.9094	-0.2815	1	4
26428	mass ratio	0.2196	-0.4422	4	32
26427	mass production	0.1483	-0.2201	3	40
26418	mass fragmentography	0.9514	0.2579	2	19
26417	mass fraction	0.1098	-0.5185	4	18
26410	mass activity	0.5549	-0.8495	5	4
26391	mapping	-0.2022	0.0329	1	4
26381	manufacturing process	-0.0237	0.1147	3	9
26374	manufacture	-0.0746	-0.1863	4	50
26357	manganese removal (water treatment)	0.8604	-0.0549	5	8
26351	manganese oxide	0.7119	-0.5797	5	267
26345	manganese ferrite	0.845	-0.1658	5	6
26336	manganese dioxide	1.0681	-0.5454	5	62
26335	manganese derivative	0.8759	-0.159	5	15
26334	manganese compound	0.4446	-0.3348	5	25
26329	manganese	0.3621	-0.4709	5	177
26321	mammals	0.7762	0.6178	2	47
26320	mammalian cells	0.7402	0.6222	2	4
26312	malonaldehyde	0.9595	0.7276	2	4
26302	maleic anhydride	0.374	-0.3893	4	7
26300	male	0.9511	0.8374	2	38
26297	maldi tof ms	0.81	0.3118	2	9
26288	malachite green	1.1785	0.0802	7	12
26274	magnets	-0.4467	0.1286	1	25
26270	magnetron sputtering method	0.0185	-0.5303	3	4
26269	magnetron sputtering	0.0365	-0.3856	3	11
26267	magnetotransport	-1.0565	0.0179	1	5
26264	magnetos	-0.9252	0.1914	1	4
26262	magnetoresistance ratio	-1.271	0.1751	1	4
26259	magnetoresistance	-1.0394	0.0291	1	47
26253	magnetometry	1	0.3233	2	7
26250	magnetoelectronic	-1.0275	-0.0262	1	37
26235	magneto transport property	-1.0558	-0.0237	1	6
26228	magnetization saturation	0.8993	-0.1534	5	4
26225	magnetization measurement	0.0745	-0.3201	6	5
26219	magnetization	-0.8289	-0.1168	1	26
26215	magnetite nanoparticle	0.8915	0.3392	2	54
26210	magnetite	0.9391	-0.0058	2	73
26208	magnetism	-0.198	0.0288	1	228
26206	magnetics	0.2874	0.118	2	60
26203	magnetically separable	0.9122	-0.438	7	23
26189	magnetic transition	-0.9252	-0.2402	1	6
26185	magnetic targeting	0.7949	0.9444	2	4
26182	magnetic susceptibility	-0.9138	-0.1672	1	7
26180	magnetic superlattice	-1.3298	0.1458	1	6
26178	magnetic structure	-1.1284	-0.0805	1	4
26175	magnetic stirring	0.2526	-0.5142	4	5
26174	magnetic state	-1.0623	-0.2401	1	6
26167	magnetic solidphase extraction	1.1778	0.2554	2	4
26165	magnetic solid phase extraction	1.1398	0.2103	2	41
26160	magnetic shielding	-0.0932	-0.6025	4	6
26158	magnetic separation	0.9896	0.0099	7	65
26157	magnetic semiconductor	-0.9974	-0.0842	1	10
26154	magnetic response	-0.5747	0.2838	6	13
26153	magnetic resonance spectroscopy	0.6683	0.3252	2	12
26151	magnetic resonance imaging	0.6388	0.5767	2	20
26150	magnetic resonance	-0.0694	0.0585	1	13
26138	magnetic property	-0.5266	-0.368	1	185
26127	magnetic phenomena	0.8301	0.3277	2	23
26125	magnetic phase transition	-1.1145	-0.2597	1	4
26120	magnetic particle	0.581	-0.0102	2	7
26116	magnetic order	-0.8755	-0.3219	1	5
26111	magnetic nanoparticle	0.9042	0.3881	2	65
26110	magnetic nanomaterial	0.3208	-0.0771	7	7
26106	magnetic nanocomposite	0.9172	0.1538	2	26
26104	magnetic nano particle	0.8707	0.1845	2	32
26102	magnetic moment	-0.9152	-0.3166	1	121
26100	magnetic modulation	-1.2792	0.1504	1	5
26096	magnetic microsphere	1.0055	0.1538	2	6
26094	magnetic metal	-0.5865	-0.3743	1	4
26089	magnetic material	-0.4313	-0.0196	1	59
26070	magnetic impurity	-1.191	-0.1503	1	5
26054	magnetic graphene oxide	0.8985	0.1464	2	11
26051	magnetic graphene nanocomposite	1.3098	0.3068	2	4
26049	magnetic graphene	0.6156	0.3029	2	12
26032	magnetic field effect	-1.0752	0.0625	1	27
26029	magnetic field	-0.8825	0.1322	1	155
26019	magnetic electrode	-0.06	0.3821	1	4
26017	magnetic dots	-1.2456	0.0679	1	4
26013	magnetic device	-1.0115	0.0139	1	15
26009	magnetic coupling	-0.7281	-0.3996	1	13
26006	magnetic configuration	-1.1675	-0.083	1	9
26004	magnetic composite	0.9235	-0.1972	7	18
25999	magnetic chitosan	1.1374	-0.1345	7	5
25997	magnetic characteristic	0.4234	0.0157	7	5
25989	magnetic behavior	-0.6978	-0.4375	1	13
25988	magnetic bead	0.9423	0.4639	2	6
25986	magnetic barrier	-1.2325	0.2224	1	16
25980	magnetic and transport property	-1.1248	-0.292	1	4
25977	magnetic and electronic property	-0.8778	-0.5602	1	8
25973	magnetic adsorbent	1.0478	0.044	2	10
25966	magnesium printing plate	0.0784	-0.6885	4	4
25964	magnesium oxide	0.2318	-0.2303	7	9
25962	magnesium ion	0.5474	-0.0115	2	5
25960	magnesium hydride	0.2295	-0.7238	5	5
25954	magnesium	0.2177	-0.4008	4	36
25953	magnesiothermic reduction	0.5449	-0.9955	5	9
25952	magnesia	-0.1549	-0.4622	3	8
25947	macrostructure	0.2728	-0.3049	5	7
25944	macroscopic structure	0.3558	-0.1735	5	12
25941	macroscopic scale	-0.4503	0.0424	3	4
25938	macroscopic property	0.1995	-0.3986	4	6
25935	macroscopic fiber	-0.1242	-0.3001	1	4
25925	macroporous structure	0.7009	-0.4031	5	12
25915	macroporous framework	0.9337	-0.3739	5	7
25910	macroporous	0.7059	-0.2011	5	14
25908	macropore	0.65	-0.5467	5	8
25901	macrophage	0.8672	0.8588	2	18
25898	macromolecule	-0.0915	-0.1019	3	70
25896	macromolecular substance	-0.2193	-0.189	3	59
25893	macromolecular chain	0.5018	-0.6874	4	5
25888	macrogol derivative	0.7967	0.7353	2	37
25886	macrogol	0.8937	0.6894	2	47
25879	macro scale	-0.2037	-0.4689	4	6
25875	macro pore	0.362	-0.6325	5	4
25874	macro assembly	0.5653	-0.3825	5	4
25871	machinery	-0.0609	0.071	4	4
25870	machine tools	0.2591	-0.3212	7	7
25864	mach zehnder modulator	-0.6222	0.7508	6	4
25863	mach zehnder interferometer	-0.6297	0.7658	6	4
25852	lysozyme	0.9159	0.4366	2	14
25849	lysosome	0.9227	0.8629	2	9
25845	lysine	1.166	0.4136	2	5
25832	luteolin	1.3102	0.3528	2	5
25829	lung tumor	0.9435	0.7397	2	5
25816	lung cancer	0.9598	0.816	2	6
25812	lung	0.9337	0.828	2	11
25806	lumo	-0.0338	0.5727	3	5
25801	luminols	0.9736	0.5093	2	16
25798	luminol	1.2285	0.6203	2	23
25794	luminescent measurement	0.9131	0.6577	2	68
25789	luminescent agent	0.8739	0.6465	2	7
25784	luminescence quenching	0.37	0.3255	7	4
25780	luminescence of organic solid	-0.3426	0.2506	6	8
25774	luminescence	0.4514	0.5449	2	133
25770	luminance	0.0354	0.5557	3	6
25765	lubrication performance	0.1642	-0.7581	4	6
25760	lubrication	-0.0692	-0.7955	4	32
25759	lubricating property	-0.2037	-0.4051	4	5
25757	lubricating oils	-0.0472	-0.7431	4	4
25756	lubricating oil additive	0.2352	-0.9962	4	4
25753	lubricating effect	-0.0547	-0.6544	4	4
25748	lubricated wear	-0.2094	-0.9958	4	5
25746	lubricants	-0.162	-0.6092	4	10
25742	lubricant additive	-0.1674	-0.8195	4	5
25739	lowest unoccupied molecular orbital	-0.3774	0.0331	1	12
25735	lower temperature	-0.3745	-0.3855	1	15
25731	lower limit of detection	0.8338	0.4338	2	5
25729	lower frequency	-0.6143	-0.0677	1	4
25728	lower energy barrier	-0.3889	-0.7636	1	5
25726	lower detection limit	0.8223	0.3061	2	23
25724	lower critical solution temperature	0.6689	0.1769	4	5
25723	lower cost	0.4567	-0.3394	7	4
25683	low voltage	-0.3121	0.1673	3	7
25678	low toxicity	0.4616	0.2365	7	6
25676	low threshold	-0.3539	0.2646	3	7
25675	low thermal conductivity	-0.4071	-0.4097	1	9
25671	low temperature synthesis	0.1317	-0.569	3	12
25669	low temperature scanning tunneling microscopy	-0.4391	-0.2557	1	8
25653	low temperature growth	-0.1377	-0.2951	3	7
25647	low temperature effect	-0.6887	-0.2297	1	10
25646	low temperature drying	0.6566	-0.6854	4	13
25641	low temperature annealing	-0.0132	-0.5106	4	4
25639	low temperature	-0.4156	-0.0891	1	181
25630	low resistance	-0.1576	0.1892	3	7
25618	low pressure chemical vapor deposition	-0.0566	-0.4517	3	4
25617	low pressure	-0.2336	-0.4201	3	7
25614	low power consumption	-0.4235	0.472	3	5
25612	low power	-0.4418	0.5025	3	9
25606	low oxygen	0.3015	-0.2383	4	5
25603	low operating temperature	0.4267	-0.0953	3	4
25597	low molecular weight	0.4413	-0.2622	4	7
25589	low loss	-0.73	0.6804	6	8
25588	low loading	0.1259	-0.6922	4	11
25587	low limit of detection	1.0067	0.2961	2	12
25585	low level	0.2648	-0.2221	4	5
25577	low humidity	0.2475	-0.0646	3	4
25574	low friction coefficient	-0.1775	-0.8354	4	7
25571	low frequency region	-0.7302	0.2566	1	6
25568	low frequency phonon	-1.0334	-0.3388	1	4
25567	low frequency noise	-0.6813	0.4267	3	4
25565	low frequency	-0.8295	0.1411	1	5
25560	low energy region	-1.0078	0.2005	1	5
25552	low energy electron microscopy	-0.5261	-0.3079	3	5
25550	low energy electron diffraction	-0.5345	-0.4102	3	5
25548	low energy electron	-0.6203	0.0361	1	4
25547	low energy consumption	-0.4044	0.5664	6	7
25545	low energy	-0.9073	-0.0415	1	17
25534	low dimensional material	-0.4113	0.2893	1	5
25533	low dimensional	-0.3876	0.0917	3	5
25532	low dielectric loss	0.0618	-0.5605	4	16
25530	low detection limit	1.0459	0.2671	2	199
25528	low density	-0.4246	-0.2022	1	14
25527	low degree	0.0067	-0.5449	4	5
25525	low defect density	-0.2252	-0.4931	3	6
25524	low cytotoxicity	0.6325	0.6634	2	15
25523	low current density	-0.1132	-0.5314	3	4
25520	low critical solution temperature	0.5695	0.1742	4	4
25519	low costs	0.1586	0.048	3	71
25517	low cost solution	0.493	-0.1208	4	4
25512	low cost fabrication	0.2103	0.1274	3	6
25509	low cost approach	0.5806	-0.676	5	4
25504	low conductivity	0.2017	-0.0251	3	4
25502	low concentration	0.2607	0.1462	2	36
25495	low bias	-0.9235	0.0816	1	7
25494	low background	0.4228	0.3621	2	4
25490	low activation energy	0.2768	-0.3927	7	4
25488	low abundance proteins	1.0872	0.4081	2	4
25454	longitudinal term operation stability	0.8514	-0.6809	5	4
25452	longitudinal term durability	0.227	-0.5513	5	7
25441	longitudinal direction	-0.7622	-0.5102	1	6
25419	long wavelength	-0.9197	-0.0086	1	5
25418	long term stability	0.5928	0.0243	5	100
25416	long term exposure	0.8444	0.7718	2	4
25414	long term durability	0.4296	-0.7498	4	6
25403	long range coulomb interaction	-1.1969	-0.0754	1	6
25401	long range	-0.8192	0.1235	1	4
25398	long lifetime	0.0201	0.4351	6	5
25394	long life	0.1898	0.1276	5	6
25390	long cycle life	0.7878	-0.6278	5	4
25389	long cycle	0.5203	-0.6035	5	24
25384	long alkyl chain	0.467	-0.2307	4	4
25379	logic gate	-0.5589	0.456	3	12
25369	locks (fasteners)	-0.6681	0.9874	6	94
25361	localized surface plasmon resonance	-0.1926	0.6245	6	11
25360	localized surface plasmon	-0.4704	0.5618	6	6
25359	localized state	-0.9548	-0.0748	1	15
25357	localized plasmons	-0.6045	0.6804	6	6
25353	localized mode	-0.9495	0.1424	1	5
25348	localized electronic state	-1.0098	-0.2646	1	5
25340	local work function	-0.6747	-0.0114	1	5
25333	local strains	-0.857	-0.0637	1	6
25327	local oxidation	-0.5697	-0.027	3	4
25323	local magnetic moment	-1.0684	-0.3587	1	13
25313	local environment	-0.2694	-0.3916	1	4
25311	local electric field	-0.5052	0.2001	3	11
25308	local density of state	-0.9491	-0.1018	1	18
25282	loading efficiency	0.9669	0.7425	2	5
25281	loading direction	-0.6086	-0.6535	1	4
25277	loading capacity	0.7768	0.3674	2	17
25275	loading amount	0.8143	0.0695	2	8
25274	loading	0.3544	-0.2925	4	331
25271	load transfer	-0.1374	-0.5871	4	21
25252	living radical polymerization	0.5242	-0.1654	4	5
25251	living polymerization	0.6347	-0.0951	4	14
25245	living cell	0.6103	0.6628	2	16
25236	liver cell carcinoma	1.0531	0.912	2	6
25231	liver	0.9787	0.7835	2	11
25223	lithography	-0.337	0.2294	3	14
25197	lithium vanadium phosphate	0.6912	-0.927	5	8
25189	lithium titanate	0.7597	-1.0233	5	15
25187	lithium sulfur cell	0.6876	-0.7459	5	6
25186	lithium sulfur battery	0.7226	-0.8005	5	110
25184	lithium storage property	0.6475	-0.9661	5	37
25181	lithium storage capacity	0.5645	-0.9301	5	38
25180	lithium storage	0.462	-0.7937	5	121
25179	lithium secondary battery	0.5715	-0.7072	5	4
25176	lithium s battery	0.6665	-0.8858	5	7
25171	lithium oxygen battery	0.9308	-0.6081	5	8
25169	lithium o2 battery	0.5691	-0.4865	5	6
25157	lithium iron phosphate	0.5452	-0.9425	5	18
25155	lithium ion transport	0.4646	-1.0149	5	4
25153	lithium ion storage	0.7506	-0.8966	5	20
25152	lithium ion secondary battery	0.215	-0.9396	5	6
25149	lithium ion intercalation	0.6802	-0.754	5	6
25148	lithium ion insertion/extraction	0.7014	-0.7585	5	5
25147	lithium ion insertion	0.5524	-0.9049	5	6
25146	lithium ion diffusion	0.5115	-0.8712	5	11
25144	lithium ion capacitor	0.6717	-0.7487	5	9
25141	lithium ion battery cathode	0.3638	-0.9636	5	5
25139	lithium ion battery anode	0.6692	-0.9617	5	44
25138	lithium ion battery	0.5979	-0.844	5	1110
25135	lithium ion	0.634	-0.5242	5	72
25133	lithium intercalation	-0.0831	-0.6016	5	10
25131	lithium insertion	0.4008	-0.7599	5	10
25126	lithium diffusion	-0.0288	-0.7714	5	8
25124	lithium compound	0.6237	-0.8739	5	677
25119	lithium battery	0.5719	-0.8361	5	735
25118	lithium atom	-0.5979	-0.6457	1	15
25117	lithium alloy	0.5824	-0.8982	5	493
25116	lithium air battery	0.6775	-0.9524	5	11
25113	lithium adsorption	-0.7379	-0.565	1	4
25112	lithium	0.4491	-0.8166	5	853
25111	lithiation/delithiation	0.617	-0.8051	5	14
25109	lithiation	0.1035	-0.6236	5	9
25105	listeria monocytogene	1.0743	0.5473	2	4
25097	liquid/air interface	0.1039	-0.2384	4	9
25071	liquid solid interface	0.3995	0.1242	2	5
25059	liquid phase microextraction	0.9757	0.1976	2	7
25057	liquid phase method	0.3228	-1.0415	5	4
25055	liquid phase exfoliation	0.31	0.0032	4	7
25052	liquid phase deposition method	1.0901	-0.4391	7	4
25050	liquid phase	0.1721	-0.1765	4	40
25045	liquid nitrogen	0.075	-0.0155	5	7
25042	liquid metal	-0.0754	-0.1592	3	4
25035	liquid liquid interface	0.4158	-0.1253	4	4
25022	liquid exfoliation	0.2186	-0.3944	4	13
25020	liquid electrolyte	0.2786	-0.2538	5	4
25005	liquid crystalline	0.0777	-0.6522	4	5
24994	liquid crystal displays	-0.2261	0.4905	6	4
24990	liquid crystal	-0.034	0.1406	6	39
24981	liquid chromatography tandem mass spectrometry	1.0724	0.2883	2	9
24978	liquid chromatography diode array detection	1.119	0.1984	2	6
24976	liquid chromatography	1.0306	0.332	2	55
24970	liquid air interface	0.1919	0.2025	4	5
24968	liquid	0.18	-0.1369	4	180
24964	liposome	0.7697	0.7769	2	6
24957	lipophilicity	0.7709	0.3943	2	4
24952	lipid peroxidation	0.935	0.6543	2	5
24948	lipid membrane	0.1693	0.4326	2	5
24945	lipid bilayer	0.2651	0.5124	2	13
24928	linearly proportional	0.7307	0.3098	2	13
24924	linearly polarized	-0.8245	0.816	6	5
24912	linear temperature dependence	-1.0401	-0.0613	1	4
24911	linear system	1.1565	0.4652	2	18
24909	linear sweep voltammetry	1.1354	-0.2149	5	38
24900	linear response range	1.2206	0.1577	2	37
24899	linear response	0.2011	0.3575	2	33
24897	linear relationhips	0.4416	0.2326	2	83
24896	linear regression equation	1.4724	0.2899	2	5
24893	linear range	1.1099	0.2777	2	84
24889	linear model	0.9169	0.4084	2	12
24878	linear equation	-1.1168	0.1475	1	21
24872	linear dynamic range	0.0169	0.6681	3	10
24871	linear dispersion relation	-0.9229	0.1453	1	4
24870	linear dispersion	-0.8725	0.0399	1	13
24866	linear detection range	1.2142	0.2318	2	26
24865	linear detection	0.8966	0.4222	2	12
24864	linear dependence	-0.4668	0.1806	1	15
24859	linear correlation	0.0916	0.2692	6	9
24855	linear concentration	1.2258	0.3565	2	10
24851	linear cavity	-0.6802	1.1352	6	7
24849	linear calibration curve	1.0494	0.1377	2	9
24848	linear calibration	1.3105	0.4096	2	8
24847	linear behavior	-0.7994	-0.1467	1	5
24838	line shape	-0.7912	0.1287	1	5
24834	line defect	-0.7957	-0.2515	1	21
24824	limits of detection	0.9651	0.2381	2	29
24822	limiting oxygen index	0.457	-0.7961	4	4
24820	limiting current density	0.6982	-0.86	5	9
24811	limit of quantitation	1.0672	0.3627	2	24
24810	limit of detection	1.1105	0.4885	2	650
24799	lighting	0.0878	-0.2361	3	19
24791	light weight	-0.0426	-0.3549	4	8
24789	light velocity	-0.9891	0.1506	1	6
24788	light trapping	-0.3653	0.807	6	9
24787	light transmittance	-0.0091	0.0693	3	12
24786	light transmission	-0.3831	0.3862	6	27
24783	light source	-0.2875	0.4899	6	13
24781	light sensitive material	0.0237	0.5071	3	10
24779	light scattering	0.2433	0.4771	2	19
24777	light related phenomena	-0.2329	0.6231	6	7
24770	light polarization	-0.7937	0.3033	1	13
24769	light output power	-0.2702	0.6103	3	4
24767	light modulator	-0.7342	0.7571	6	34
24766	light modulation	-0.6599	0.7482	6	6
24762	light matter interaction	-0.748	0.6005	6	16
24761	light irradiation	0.1829	0.2599	7	15
24760	light irradiance	1.2471	0.2057	7	5
24759	light intensity	0.158	0.4976	6	12
24758	light illumination	-0.0349	0.4412	3	12
24755	light harvesting	-0.0137	0.3798	6	14
24751	light extinction	-0.6663	0.6609	6	5
24743	light emitting diode	-0.0988	0.4514	3	76
24742	light emitting device	-0.1412	0.3976	3	4
24738	light emission	-0.1479	0.4764	3	25
24735	light effect	0.2803	0.4167	4	5
24732	light confinements	-0.7738	0.8294	6	4
24730	light beam	-0.703	0.3591	6	4
24722	light absorption	-0.3472	0.386	6	170
24720	light	0.2226	0.3403	7	307
24718	ligands	0.5124	0.2953	2	26
24713	ligand exchange	0.7815	0.2486	2	4
24708	lifespan	0.8613	0.6444	2	6
24704	lifepo4	0.6786	-0.8443	5	21
24703	lifepo	0.5922	-0.8785	5	33
24701	life span	0.9579	0.0756	2	4
24658	lewis acid base interaction	0.746	-0.0733	2	4
24638	letter	0.599	0.3904	2	7
24633	lense	-0.5962	0.5812	6	7
24632	lennard jones potential	-0.6177	-0.4466	1	5
24627	length scale	-0.6331	-0.1558	1	4
24612	lectin	1.1333	0.5654	2	7
24598	leakage current	-0.7329	0.3928	3	4
24597	leakage (fluid)	-0.0047	-0.1102	7	4
24589	lead removal (water treatment)	1.0743	-0.2286	7	9
24588	lead oxide	0.1168	-0.1893	3	9
24587	lead ion	1.128	0.0585	2	14
24579	lead acid battery	0.7001	-0.9144	5	4
24578	lead	0.604	0.0877	2	138
24576	leaching	0.7934	-0.0141	2	10
24555	layered transition metal dichalcogenide	0.0893	-0.5521	5	6
24554	layered structure	-0.0691	-0.2971	4	71
24542	layered nanostructure	0.2553	0.1537	5	8
24540	layered nanocomposite	0.4292	-0.5499	4	6
24535	layered material	-0.3779	-0.0069	3	22
24526	layered double hydroxide	0.7961	-0.4942	5	61
24523	layered compound	0.0995	-0.3149	1	6
24522	layered composite	0.2805	-0.6663	5	11
24504	layer thickness	-0.4161	-0.0072	3	12
24503	layer structure	-0.2153	-0.0498	4	13
24500	layer spacings	-0.0086	-0.4391	5	5
24498	layer number	-0.4555	-0.122	1	46
24486	layer by layer technique	0.646	0.225	7	6
24485	layer by layer structure	0.6224	-0.3315	4	9
24484	layer by layer self assembly technique	0.2445	0.0205	7	7
24482	layer by layer self assembly	0.5724	0.0425	4	39
24479	layer by layer method	0.7389	-0.0306	5	8
24475	layer by layer deposition	0.5457	-0.0448	7	6
24474	layer by layer assembly technique	0.7909	0.0999	4	10
24472	layer by layer assembly	0.5201	-0.0078	4	81
24470	layer by layer	0.263	0.0855	3	67
24467	layer	0.011	-0.4659	4	4
24458	lattice vibration	-0.8946	-0.1398	1	7
24455	lattice thermal conductivity	-0.9859	-0.2807	1	5
24454	lattice theory	-0.8121	-0.2606	1	7
24451	lattice structure	-0.6085	-0.3653	1	9
24446	lattice relaxation	-1.1146	-0.2096	1	6
24441	lattice orientation	-0.6047	-0.4189	1	5
24438	lattice mismatch	-0.7024	-0.3242	1	12
24436	lattice matching	-0.3887	-0.2175	3	5
24429	lattice distortion	-0.845	-0.2026	1	4
24422	lattice constant	-0.8424	-0.3454	1	12
24420	latexe	0.3026	-0.7024	4	19
24414	latex mixing	0.2502	-0.8861	4	4
24413	latex	0.6444	-0.1444	4	4
24412	latest development	0.0518	0.3215	4	4
24407	lateral size	-0.0341	-0.0336	4	20
24392	lateral displacement	-0.7028	0.161	6	4
24390	lateral dimension	0.0258	0.0082	4	19
24382	latent heat	0.1388	-0.7468	4	7
24370	laser wavelength	-0.2156	0.6234	6	4
24354	laser scribing	-0.2884	0.5558	3	6
24348	laser reduction	0.0476	0.1176	3	4
24347	laser raman spectroscopy	0.608	-0.6304	5	7
24344	laser pulse	-0.6551	0.564	6	8
24341	laser power density	-0.3092	0.2813	6	4
24340	laser power	-0.286	0.3273	3	4
24333	laser optic	-0.5809	0.7079	6	4
24329	laser mode locking	-0.682	0.986	6	24
24327	laser mirrors	-0.7475	1.0655	6	13
24324	laser materials processing	-0.2614	0.7025	6	4
24319	laser irradiation	0.0701	0.1339	7	4
24318	laser interference	0.2135	0.3787	2	4
24308	laser heating	0.1393	-0.3353	4	4
24302	laser flash	-0.2587	-0.5836	4	4
24298	laser excitation	-0.445	0.3279	6	18
24292	laser energy	-0.3513	0.1905	6	4
24269	laser beam	-0.3107	0.4063	6	9
24266	laser assisted	-0.3578	0.2781	3	4
24265	laser application	-0.5147	0.6587	6	10
24258	laser ablation	-0.1935	0.3958	6	12
24257	laser	-0.4363	0.7204	6	73
24244	large volume	0.8212	-0.4037	7	5
24239	large surface area	0.6004	-0.0988	5	118
24234	large spin	-1.0367	-0.0778	1	7
24233	large specific surface area	0.8823	-0.2781	5	99
24231	large size	-0.3404	-0.1329	1	11
24227	large scale synthesis	0.2652	-0.313	7	18
24224	large scale production	0.2686	-0.2526	4	77
24223	large scale preparation	0.4614	-0.3519	5	19
24222	large scale molecular dynamic	-0.4036	-0.062	1	4
24221	large scale fabrication	-0.0188	0.087	3	16
24220	large scale application	0.1637	-0.3913	5	23
24219	large scale	0.03	0.2363	5	6
24213	large pore volume	0.6412	-0.7166	5	5
24198	large elongation	0.6074	-0.4212	4	4
24196	large domain	-0.4777	-0.5001	3	5
24188	large deflection	-0.8569	-0.3877	1	5
24187	large current density	0.1081	-0.5942	5	11
24186	large current	-0.4779	0.0949	3	5
24184	large aspect ratio	0.046	-0.4844	4	9
24180	large area graphene	-0.3097	0.1348	3	31
24174	large amounts	-0.0885	-0.2285	1	7
24167	lanthanum oxide	0.5445	0.1996	2	6
24165	lanthanum compound	-0.8972	-0.2639	1	11
24164	lanthanum alloy	0.6998	0.2967	2	5
24163	lanthanum	0.5729	0.1665	2	13
24161	lanthanide	0.768	0.293	2	7
24159	langmuirs	0.4873	-0.2908	7	11
24155	langmuir model	0.9478	-0.2372	7	12
24153	langmuir isotherm model	1.1128	-0.2486	7	21
24152	langmuir isotherm	0.7909	-0.243	7	13
24149	langmuir hinshelwood	-0.0451	-0.6342	1	8
24145	langmuir blodgett method	0.1729	-0.0406	3	4
24144	langmuir blodgett film	0.2803	0.205	3	13
24141	langmuir blodgett	0.0629	-0.017	3	6
24137	langmuir adsorption model	0.8096	0.1023	2	5
24136	langmuir adsorption isotherm	1.0017	-0.3628	7	8
24133	landform	-1.0817	0.0253	1	34
24129	landauer	-1.1117	0.0868	1	6
24125	landau level	-1.1793	0.0818	1	22
24115	laminating	0.0169	-0.14	4	11
24114	laminated structure	0.1245	-0.6179	4	6
24112	laminated composite	0.0201	-0.6912	4	10
24110	laminate	0.0335	-0.5524	4	7
24097	lake water	1.0675	0.2557	2	14
24095	lake	0.4107	0.3823	2	6
24083	lactic acid	0.5853	-0.311	4	25
24080	lactate dehydrogenase	1.0177	0.8707	2	10
24077	laccase	1.185	0.191	2	7
24057	label free immunosensor	1.1293	0.5088	2	16
24054	label free detection	0.7006	0.7394	2	22
24051	label free	0.8154	0.5844	2	67
24045	lab on a chip	0.8926	0.5851	2	8
24030	l tyrosine	1.479	0.1673	2	6
24025	l lactate dehydrogenase	0.954	0.9486	2	4
24020	l cysteine	1.2501	0.1104	2	21
24019	l ascorbic acid	0.7588	-0.3191	7	11
24013	kubo formula	-1.0233	0.1108	1	7
23990	koh solution	0.6152	-0.6033	5	5
23983	knoevenagel condensation	1.0257	-0.0888	7	6
23974	klein tunneling	-1.1919	0.2662	1	13
23973	klein paradox	-1.162	0.1434	1	9
23946	kinetic theory	0.1818	-0.309	7	8
23945	kinetic study	0.6455	-0.3391	7	9
23942	kinetic property	-0.2293	-0.5587	1	5
23939	kinetic parameter	0.8266	-0.0275	2	10
23935	kinetic model	-0.0831	-0.3524	1	6
23926	kinetic energy	-0.5939	-0.0197	1	6
23919	kinetic and thermodynamic	1.018	-0.3747	7	4
23918	kinetic analysis	0.0102	-0.3093	1	5
23917	kinetic	0.3497	-0.1024	7	181
23892	key factor	-0.1212	-0.2359	3	18
23886	ketone	0.6343	-0.1565	5	92
23874	kelvin probe force microscopy	-0.3032	0.2367	3	11
23864	kaolinite	0.3633	-0.3235	4	4
23862	kanamycin	1.1678	0.4863	2	8
23860	kagome lattice	-0.3933	0.0454	1	5
23858	k562 cells	1.0606	0.8408	2	4
23837	joule heating	-0.511	-0.0673	3	8
23836	josephson junction device	-1.2147	0.0556	1	6
23835	josephson junction	-1.1966	0.111	1	5
23825	joining	-0.5091	0.1166	1	5
23818	java programming language	0.786	-0.1033	5	12
23810	iv characteristic	-0.7072	0.2624	3	7
23808	its application	0.2205	0.0409	7	78
23804	iterative method	-0.8457	-0.1135	1	6
23783	isotope labeling	0.5215	0.5779	2	9
23782	isotope effect	-0.7385	-0.5859	1	6
23781	isotope	-0.5781	-0.2337	1	17
23775	isothermal melt crystallization	0.2632	-0.9958	4	7
23769	isothermal crystallization kinetic	0.2921	-0.9175	4	7
23768	isothermal crystallization	0.3254	-0.9104	4	18
23756	isotherm	0.7351	-0.368	7	120
23754	isotactic polypropylene	0.0987	-0.839	4	10
23752	isosteric heat of adsorption	0.5085	-0.5143	7	4
23743	isoprocarb	1.2104	0.2233	2	4
23739	isoniazid	1.4853	-0.0916	2	4
23738	isomers	0.0947	-0.0237	1	46
23736	isomerism	0.3599	-0.029	2	5
23733	isolation procedure	1.0596	0.3939	2	5
23729	isolation and purification	0.9471	0.2446	2	94
23711	iso propanol	0.2129	0.1187	3	7
23710	iso electric point	0.7911	0.0813	2	4
23701	ising model	-0.8633	-0.3463	1	4
23692	irreversible aggregation	0.7054	0.0023	5	4
23691	irreversible adsorption	0.7249	0.1272	2	4
23684	irradiation time	0.056	0.2241	6	10
23674	irradiation effect	-0.3998	-0.1557	1	4
23670	irradiation	0.1954	0.0729	7	213
23656	iron tetrasulfophthalocyanine	1.1304	-0.2958	2	4
23646	iron phthalocyanine	0.3209	-0.4034	5	14
23640	iron oxide nanoparticle	0.6996	0.1135	2	18
23637	iron oxide	0.7886	-0.0064	2	110
23636	iron ore	0.4653	-0.3569	5	8
23633	iron nanoparticle	0.5624	-0.1432	5	6
23627	iron derivative	1.0225	-0.0015	2	6
23625	iron compound	0.6262	-0.068	2	76
23614	iron alloy	0.3026	-0.3728	5	9
23612	iron acetylacetonate	0.7881	-0.4102	5	4
23610	iron	0.5705	-0.2316	5	99
23601	iridium	-0.3752	-0.268	1	27
23599	ir(111)	-0.6729	-0.4258	1	10
23587	ionophore	0.5385	0.4729	2	4
23585	ionization potential	-0.583	-0.1616	1	9
23584	ionization of liquid	0.6551	-0.01	2	13
23583	ionization of gas	0.3313	-0.2045	5	35
23582	ionization	0.0616	0.2335	2	14
23580	ionic transport	0.04	-0.422	4	5
23578	ionic strength	0.7951	0.0472	2	110
23561	ionic liquid electrolyte	0.6472	-0.5593	5	17
23559	ionic liquid composite	1.3611	0.0919	2	7
23558	ionic liquid	0.625	-0.13	5	346
23557	ionic interaction	0.2563	-0.0075	4	4
23549	ionic conductivity	0.6266	-0.2728	5	5
23546	ionic concentration	0.0653	0.1476	5	4
23545	ionic composition	0.6803	-0.0788	7	5
23544	ionic bonding	0.011	-0.2248	1	4
23527	ion transportation	0.5595	-0.681	4	4
23526	ion transport	0.3461	-0.0641	5	22
23514	ion selective electrode	0.5987	0.2376	2	10
23501	ion irradiation	-0.5979	-0.1822	1	4
23494	ion implantation	-0.3617	-0.0204	3	17
23491	ion exchange resin	1.1347	0.002	2	7
23480	ion exchange	0.0693	-0.1313	1	99
23473	ion diffusion	0.2222	-0.5137	5	15
23469	ion current	0.5041	0.8648	2	5
23463	ion chromatography	1.0628	0.1764	2	4
23461	ion channel	0.4162	0.4298	2	6
23459	ion bombardment	-0.375	-0.0264	1	10
23455	ion beam irradiation	-0.4324	-0.0435	1	5
23453	ion beam	-0.375	-0.1027	1	10
23451	ion adsorption	0.3854	-0.3434	5	6
23448	ion	0.3479	-0.2669	5	484
23439	iodine	0.0067	-0.2151	5	12
23430	investigative procedure	1.0482	0.5514	2	4
23421	inverted organic solar cells	0.1103	0.6078	3	4
23419	inversion symmetry	-0.9395	-0.0029	1	6
23407	intumescent flame retardant	0.4195	-0.7291	4	7
23399	intrinsic structure	0.2132	-0.1117	4	8
23398	intrinsic strength	-0.6364	-0.4907	1	6
23397	intrinsic spin	-1.2285	-0.125	1	6
23391	intrinsic property	-0.3023	-0.0933	3	29
23386	intrinsic mechanism	-0.3123	-0.0087	1	5
23382	intrinsic fluorescence	0.6071	0.7986	2	4
23381	intrinsic feature	-0.3754	0.191	1	4
23380	intrinsic electronic	-0.4733	-0.1328	1	8
23376	intrinsic defect	-0.5355	-0.3583	1	4
23374	intrinsic characteristic	-0.2082	0.1243	3	7
23365	intravenous injection	0.8183	0.8786	2	9
23363	intravenous administration	0.8445	0.9318	2	6
23359	intraparticle diffusion model	0.9891	-0.34	7	8
23349	intracellular transport	0.8404	0.9554	2	5
23338	intracellular imaging	0.7229	0.7688	2	6
23334	intracellular delivery	0.6548	0.5568	2	4
23329	intracavity	-0.7682	0.9594	6	7
23328	intraband transition	-0.853	0.4995	6	4
23325	intra particle diffusion	0.815	-0.3498	7	13
23321	intra layer	-0.6148	-0.1482	1	8
23314	intestine	0.9906	0.8551	2	4
23308	intervalley scattering	-1.0777	-0.014	1	8
23294	interpenetrating polymer network	0.0854	-0.7008	4	4
23280	internalization	0.9349	0.9235	2	14
23273	internal resistance	0.4629	-0.4365	5	12
23271	internal quantum efficiency	-0.366	0.5632	3	5
23252	intermolecular interaction	-0.0765	-0.247	4	14
23242	intermethod comparison	0.9833	0.4722	2	57
23232	intermediate product	0.5441	-0.1948	5	10
23229	intermediate layer	0.1085	0.2507	3	5
23216	interleukin 6	0.9991	0.9879	2	9
23213	interleukin 1beta	0.9694	0.9761	2	5
23202	interlayer spacings	-0.1029	-0.4626	1	39
23201	interlayer space	0.1771	-0.4093	5	15
23198	interlayer shear	-0.7472	-0.3658	1	6
23192	interlayer interaction	-0.7629	-0.2472	1	13
23189	interlayer distance	-0.3152	-0.3677	1	37
23188	interlayer coupling	-0.8982	-0.038	1	16
23182	interlaminar shear strength	-0.1345	-0.7234	4	5
23176	interferon gamma	1.0691	0.8659	2	5
23174	interferometry	-0.4727	0.241	1	4
23173	interferometers	-0.6554	0.49	6	6
23171	interfering specy	1.2964	-0.0164	2	14
23167	interference suppression	0.1645	-0.359	4	7
23158	interfacial thermal resistance	-0.5657	-0.4776	4	8
23152	interfacial structure	-0.1128	-0.2367	5	13
23149	interfacial strength	-0.1236	-0.6331	4	4
23147	interfacial stability	0.254	-0.8362	4	4
23144	interfacial shear strength	-0.1318	-0.6757	4	7
23141	interfacial resistance	-0.281	-0.3738	1	8
23139	interfacial region	-0.0662	-0.369	4	4
23134	interfacial property	-0.1788	-0.251	4	23
23131	interfacial polymerization	0.8795	-0.3391	7	16
23130	interfacial polarization	-0.0186	-0.4489	4	9
23118	interfacial layer	-0.2857	0.2023	3	10
23117	interfacial interaction	0.1813	-0.6428	4	135
23109	interfacial enhancement	0.1561	-0.8586	4	4
23106	interfacial energy	-0.0998	-0.2076	4	10
23105	interfacial electronic structure	-0.4109	-0.0259	1	4
23102	interfacial electron transfer	0.8192	0.0168	7	10
23101	interfacial effect	0.2287	-0.5826	6	6
23088	interfacial coupling	-0.16	-0.089	4	4
23087	interfacial contact	0.5024	-0.049	7	21
23079	interfacial chemical	-0.0213	-0.414	4	5
23077	interfacial charge transfer	0.1685	0.0859	7	23
23076	interfacial charge	-0.1576	0.1039	3	5
23073	interfacial capacitance	0.0276	0.0021	5	5
23071	interfacial bonding	-0.1699	-0.5851	4	17
23070	interfacial binding	-0.0658	-0.5767	5	4
23062	interfacial adhesion	0.1257	-0.6447	4	47
23060	interfaces (materials)	-0.1656	-0.1361	3	200
23050	interface structure	-0.381	-0.4395	3	15
23047	interface state	-0.7563	0.0159	1	15
23038	interface reaction	0.3462	-0.3569	7	4
23026	interface layer	-0.5128	-0.28	3	5
23024	interface interaction	-0.0717	-0.5715	4	16
23019	interface engineering	-0.1612	0.2818	3	15
23014	interface design	0.0025	-0.5213	4	5
23010	interface coupling	-0.507	-0.3361	1	4
23009	interface control	0.3114	-0.3794	4	4
22995	interface	-0.0774	-0.3269	4	63
22985	interdigital electrode	0.2504	0.2762	3	7
22984	interdigital	0.0899	0.3788	3	5
22981	interconnects	-0.6878	0.4479	3	5
22976	interconnected structure	0.7239	-0.5255	4	10
22975	interconnected porous structure	0.7726	-0.4245	5	11
22974	interconnected pore	0.6898	-0.5355	4	5
22973	interconnected network	0.171	-0.5421	4	19
22959	intercalation reaction	0.0416	-0.7956	5	8
22958	intercalation process	-0.2546	-0.3669	3	7
22955	intercalation method	0.2002	-0.4561	4	7
22954	intercalation mechanism	-0.2105	-0.818	1	4
22949	intercalation compound	-0.123	-0.4331	4	14
22948	intercalation composite	0.9565	-0.4389	4	4
22945	intercalation	-0.0865	-0.4665	4	50
22943	intercalating agent	0.4745	0.1182	4	10
22940	intercalated graphite	-0.0996	-0.4193	1	8
22931	interatomic potential	-0.8696	-0.473	1	9
22925	interactions with dna	0.5392	0.637	2	4
22923	interaction strength	-0.8611	-0.2102	1	11
22921	interaction potential	-0.6646	-0.2685	1	4
22918	interaction mechanism	0.4036	0.1472	2	22
22914	interaction energy	-0.4092	-0.3197	1	17
22908	interaction	0.4254	0.1542	2	24
22896	inter laminar shear strength	-0.0579	-0.7504	4	7
22893	inter digitated electrode	0.1545	0.3077	3	5
22892	inter band transition	-0.9582	0.4151	6	11
22890	inter assay coefficient	1.0537	0.5157	2	8
22886	intensity ratio	-0.3361	-0.122	1	13
22875	intelligent system	-0.4539	-0.113	1	8
22870	intelligent material	0.1013	-0.3705	4	8
22859	integration	-0.3342	0.2392	3	7
22850	integrated photodetector	-0.5648	0.5443	6	4
22846	integrated optical circuit	-0.6549	0.6322	6	4
22842	integrated intensity	-0.5135	0.1401	1	4
22835	integrated electrode	0.6606	-0.4244	5	8
22833	integrated device	-0.3748	0.4692	3	7
22826	integrated circuit interconnects	-0.5492	0.2947	3	11
22823	integrated circuit	-0.6124	0.3624	3	14
22811	integral equation	-0.9274	0.2533	1	4
22810	insulin	0.8356	0.5648	2	5
22799	insulation	-0.5284	0.042	1	13
22798	insulating substrate	-0.5453	0.0363	3	8
22796	insulating property	-0.1082	0.0465	3	4
22792	insulating material	-0.3188	-0.0638	4	4
22789	instrumentation	0.1144	0.554	2	54
22774	insecticide	1.2542	0.288	2	27
22760	inorganic semiconductor	0.0281	0.3109	3	7
22759	inorganic salt	0.6627	0.0811	2	11
22749	inorganic nanoparticle	0.3818	0.4119	2	6
22748	inorganic nanomaterial	0.4263	0.0862	2	4
22743	inorganic material	0.1247	0.006	5	5
22733	inorganic compound	0.3778	-0.1163	5	33
22729	inorganic chemical	0.6635	0.7589	2	4
22724	inorganic acid	0.2394	-0.1197	4	6
22696	inkjet printing	0.0435	0.31	3	10
22685	injection molding	-0.0442	-0.5848	4	4
22677	initiating group	0.4844	-0.1271	4	4
22670	initial stage	-0.2336	-0.4724	3	14
22669	initial solution	0.9226	-0.2939	7	4
22655	initial discharge capacity	0.8181	-0.9079	5	55
22652	initial decomposition temperature	0.3994	-0.7416	4	10
22649	initial coulombic efficiency	0.6671	-0.9201	5	23
22648	initial configuration	-0.6522	-0.4515	1	4
22646	initial concentration	0.7673	-0.2165	7	22
22640	inhomogeneity	-0.8283	0.1049	1	8
22622	inhibition	0.8585	0.5587	2	9
22615	infrared wavelength	-0.4912	0.6407	6	4
22610	infrared spectrum	0.0448	0.0595	1	20
22609	infrared spectroscopy	0.6611	0.1942	2	433
22606	infrared spectrophotometry	0.1387	0.4462	3	7
22605	infrared spectrometry	1.0274	0.1811	2	15
22602	infrared region	-0.9093	0.5537	6	7
22600	infrared rays	0.1972	0.7029	2	13
22598	infrared radiation	-0.287	0.602	6	26
22597	infrared photodetector	-0.9029	0.5425	6	6
22595	infrared light	-0.3263	0.2602	6	6
22594	infrared laser	-0.7003	0.6046	6	6
22593	infrared lamps	0.0591	-0.5251	5	5
22591	infrared imaging	-0.5333	0.4965	6	9
22588	infrared device	-0.123	0.6399	6	127
22587	infrared detectors	-0.648	0.5439	6	8
22574	information technology	-0.1688	0.2645	3	12
22566	information dissemination	-0.5763	0.0175	1	4
22543	inflammation	0.9214	0.9423	2	5
22533	inert gas	-0.1669	-0.2885	1	15
22509	industrial research	0.0761	-0.2105	4	14
22508	industrial production	0.3579	0.0898	2	9
22503	industrial material	-0.0223	0.076	5	6
22498	industrial engineering	-0.1371	-0.4575	4	10
22497	industrial effluent	0.9591	-0.0533	7	5
22491	industrial chemical	0.3325	0.107	3	5
22489	industrial application	0.0939	-0.0563	3	30
22485	inductively coupled plasma optical emission spectrometry	1.0265	-0.2558	5	7
22483	inductively coupled plasma mass spectrometry	0.8369	0.3175	2	8
22480	inductively coupled plasma atomic emission spectroscopy	1.2309	-0.3202	5	7
22479	inductively coupled plasma atomic emission spectrometry	1.1096	-0.1205	2	5
22478	inductively coupled plasma	0.4086	-0.1949	5	33
22464	induced transparency	-0.8479	0.589	6	10
22457	induced magnetism	-0.9707	-0.3209	1	4
22447	induced charge	-0.6592	0.1704	1	5
22435	indoleacetic acid	1.1912	0.4313	2	4
22434	indole derivative	0.787	0.3771	2	23
22433	indole 3 acetic acid	1.2233	0.0905	2	4
22432	indole	0.8156	0.3886	2	31
22428	individual component	0.3122	-0.014	5	17
22421	indium tin oxide glass	0.2982	0.4044	3	12
22419	indium tin oxide electrode	0.2383	0.4387	3	27
22415	indium tin oxide	0.095	0.4237	3	39
22408	indium compound	0.0157	0.3989	3	14
22405	indium	-0.011	0.3375	3	32
22399	indirect coupling	-1.0884	0.1961	1	4
22396	indirect band gap	-1.1811	-0.2097	1	8
22394	indicators and reagent	1.0328	0.2886	2	6
22381	indentation analysis	-0.8133	-0.4604	1	4
22380	indentation	-0.7226	-0.3301	1	4
22379	incubation time	1.1295	0.5874	2	20
22376	increasing temperature	-0.3979	-0.1648	1	20
22366	inclusion complex	1.0325	0.1949	2	5
22361	incident wave	-0.9197	0.3163	1	4
22358	incident pump power	-0.741	1.0393	6	12
22352	incident light	-0.6302	0.4118	6	9
22347	incident energy	-0.9918	0.1192	1	22
22345	incident electron	-1.1741	0.0669	1	12
22343	incident angle	-0.9635	0.2819	1	33
22340	incidence angle	-1.1064	0.2334	1	11
22297	in vivo study	0.911	0.8983	2	45
22295	in vivo	0.7272	0.8145	2	24
22290	in vitro study	0.9024	0.8416	2	70
22283	in vitro	0.6738	0.6077	2	27
22282	in vacuum	-0.4276	-0.2811	3	12
22277	in situ transmission electron microscopy	-0.1155	-0.7185	5	11
22273	in situ thermal decomposition	0.6473	-0.2423	6	5
22272	in situ tem	-0.317	-0.1565	1	9
22271	in situ synthesized	0.5449	-0.4182	4	9
22270	in situ synthesis	0.8673	-0.3298	5	49
22269	in situ synchrotron	0.0265	-0.6764	4	5
22265	in situ scanning tunneling microscopy	-0.5337	-0.5007	3	4
22260	in situ reduction	0.3591	-0.3324	4	6
22257	in situ raman spectroscopy	-0.0431	-0.2353	3	8
22255	in situ processing	-0.015	-0.5993	4	17
22254	in situ preparation	0.6603	-0.4669	4	10
22253	in situ precipitation	0.6966	-0.5572	5	5
22252	in situ polymerization process	0.4014	-0.5109	5	7
22250	in situ polymerization	0.4972	-0.6564	4	180
22249	in situ oxidation	1.0016	-0.4845	7	4
22248	in situ observation	-0.3685	-0.5998	3	4
22245	in situ method	0.0612	-0.2882	4	7
22244	in situ measurement	-0.0629	0.022	7	5
22241	in situ hybridization	0.5469	0.2892	2	4
22237	in situ growth	0.3719	-0.3363	5	28
22233	in situ formation	0.5006	-0.6223	5	14
22232	in situ fabrication	0.3214	-0.557	4	11
22229	in situ emulsion polymerization	0.7619	-0.6248	4	5
22221	in situ deposition	0.3573	0.0554	7	8
22210	in situ	0.1722	-0.1862	4	205
22207	in plane stiffnes	-0.6242	-0.3798	1	8
22199	in plane direction	-0.3104	-0.448	4	4
22194	in plane	-0.7197	-0.2651	1	16
22192	in phase	-0.9943	-0.1579	1	9
22191	in field	-0.4264	0.1557	3	6
22189	in depth understanding	-0.0392	0.4329	6	5
22180	in band	-0.7291	-0.1857	1	4
22178	impurity state	-0.8468	-0.0933	1	8
22176	impurity scattering	-0.9476	0.2447	1	4
22171	impurity concentration	-1.1755	-0.1474	1	8
22169	impurity atom	-0.9534	-0.082	1	6
22168	impurity	-0.8124	-0.0946	1	26
22158	improved activity	1.0624	-0.6637	5	7
22154	imprinted polymer	1.0118	0.2031	2	8
22148	impregnation method	0.5887	-0.7469	5	9
22147	impregnation	0.3964	-0.6008	5	4
22132	impedimetric immunosensor	0.6468	0.5496	2	4
22130	impedimetric detection	1.12	0.652	2	4
22125	impedance spectroscopy	0.4064	0.1216	5	9
22123	impedance measurement	0.2369	0.1857	7	4
22122	impedance matching (electric)	-0.3169	0.2095	6	10
22117	impedance	0.289	0.3892	2	28
22115	impact strength	0.1307	-0.8691	4	24
22100	immunosensor	1.1268	0.5634	2	252
22098	immunosensing	0.8888	0.5063	2	12
22095	immunoreactivity	1.1715	0.601	2	7
22092	immunology	1.0999	0.6718	2	82
22088	immunohistochemistry	0.8252	0.8387	2	6
22084	immunoglobulin g	0.9354	0.5941	2	18
22083	immunoglobulin enhancer binding protein	0.9952	0.9524	2	5
22071	immunocomplex	1.1537	0.518	2	7
22069	immunoassay	1.1512	0.6529	2	150
22063	immune system	0.7978	0.8367	2	5
22062	immune response	0.9339	0.8507	2	6
22057	immobilized protein	0.8741	0.434	2	14
22051	immobilized enzyme	1.149	0.378	2	35
22048	immobilized antibody	1.2261	0.5762	2	10
22042	immobilization matrix	1.1621	0.0409	2	7
22040	immobilization	1.0877	0.4415	2	96
22038	immiscible polymer blends	0.4526	-0.7359	4	5
22032	immersion	0.9982	0.0392	2	4
22023	imide	0.276	0.2261	4	6
22021	imidazolium ionic liquid	0.6185	-0.1805	4	4
22015	imidazole derivative	0.8649	0.239	2	7
22014	imidazole	0.8261	0.3656	2	12
22013	imidacloprid	1.3355	0.3351	2	8
22010	imaging technique	0.0228	0.3996	2	13
22009	imaging system	-0.0935	0.4567	6	4
21997	imaging	0.5091	0.7123	2	13
21996	imaginary parts	-0.8755	0.3174	1	4
21991	image resolution	-0.5761	0.2079	1	4
21990	image reconstruction	-0.144	0.2169	1	4
21989	image quality	-0.0066	0.435	1	4
21987	image processing	-0.1614	0.2068	1	8
21984	image enhancement	-0.0858	0.4178	6	5
21979	image analysis	0.089	0.468	2	9
21974	illumination	0.4177	0.5585	2	18
21939	ice	-0.0406	-0.0718	1	9
21938	ic50	0.9084	0.8158	2	4
21930	i   v curve	-0.588	0.1871	3	14
21921	hysteresis effect	-0.2401	0.1054	3	4
21919	hysteresis behavior	-0.3798	0.0671	3	4
21917	hysteresis	-0.2397	0.1979	3	30
21916	hypoxanthine	1.1003	0.4581	2	5
21910	hypocrellin a	1.031	0.7893	2	6
21907	hyperthermic therapy	0.8476	0.9217	2	9
21906	hyperthermia. induced	0.8627	0.9513	2	12
21893	hyperbranched polymer	0.4688	-0.4435	4	9
21889	hyperbranched	0.448	-0.4652	4	4
21888	hyperbolic dispersion	-0.9241	0.3626	6	6
21875	hydroxylation	0.3195	-0.3325	4	10
21870	hydroxylamine	1.1408	0.0288	2	4
21867	hydroxyl radical	0.7079	0.0581	7	34
21866	hydroxyl group	0.3855	-0.1346	4	59
21851	hydroxyapatite	0.6234	0.183	2	31
21845	hydroxide ion	0.0833	-0.1221	1	4
21844	hydroxide	0.7737	-0.0028	2	28
21836	hydrothermally synthesized	0.3788	-0.2397	7	5
21835	hydrothermally	0.2422	-0.3959	5	7
21832	hydrothermal treatment	0.792	-0.3683	7	84
21830	hydrothermal temperature	0.698	-0.5251	5	16
21828	hydrothermal system	0.6422	-0.412	5	4
21827	hydrothermal synthesis	0.8098	-0.5468	5	214
21824	hydrothermal route	0.6528	-0.6185	5	54
21822	hydrothermal reduction	0.7415	-0.1266	5	50
21819	hydrothermal reaction	0.7553	-0.4733	7	95
21816	hydrothermal process	0.7574	-0.5536	5	108
21815	hydrothermal procedure	1.1127	-0.3563	5	9
21814	hydrothermal preparation	0.5992	-0.461	5	15
21811	hydrothermal method	0.7842	-0.5136	5	369
21808	hydrothermal growth	0.4358	-0.3302	5	10
21807	hydrothermal fabrication	1.1193	-0.703	5	4
21802	hydrothermal condition	0.6971	-0.3592	5	39
21799	hydrothermal carbonization	0.4372	-0.51	5	13
21794	hydrothermal	0.9661	-0.5421	5	68
21786	hydroquinone	1.2928	0.2349	2	64
21783	hydrophobicity	0.5301	0.1365	2	197
21781	hydrophobic surface	0.1425	-0.1024	4	9
21774	hydrophobic property	0.418	0.0001	4	9
21770	hydrophobic nature	0.4537	-0.1536	4	8
21762	hydrophobic interaction	0.6914	0.3497	2	52
21748	hydrophobic and hydrophilic interaction	0.613	0.2237	2	39
21746	hydrophobic	0.1596	0.0575	4	4
21744	hydrophilicity	0.6721	0.1672	2	110
21742	hydrophilic surface	0.4793	-0.0891	4	11
21737	hydrophilic property	0.4071	0.0071	7	11
21736	hydrophilic polymer	0.5192	-0.1494	4	4
21732	hydrophilic material	0.716	-0.3691	4	4
21727	hydrophilic group	0.2392	-0.3886	4	5
21724	hydrophilic and hydrophobic	0.292	0.2409	2	4
21716	hydrolysis product	0.7755	-0.0141	4	4
21708	hydrolysis	0.8508	-0.071	5	70
21707	hydroiodic acid	0.4142	-0.2435	7	4
21685	hydrogenation	-0.2626	-0.4482	1	123
21669	hydrogen uptake	-0.132	-0.5798	1	6
21663	hydrogen sulfide	0.3058	-0.2101	5	14
21660	hydrogen storage property	-0.2398	-0.8027	1	5
21659	hydrogen storage medium	-0.4934	-0.8205	1	7
21657	hydrogen storage material	-0.1582	-0.7234	1	11
21655	hydrogen storage capacity	-0.032	-0.8138	1	30
21652	hydrogen storage	-0.0966	-0.6935	1	127
21650	hydrogen spillover	0.1098	-0.7693	5	5
21647	hydrogen sorption	0.0897	-0.8747	5	4
21643	hydrogen selectivity	1.028	-0.3056	5	5
21638	hydrogen reduction	0.5226	-0.3634	5	10
21636	hydrogen radical	-0.1891	-0.5859	3	4
21633	hydrogen production rate	0.681	-0.106	7	4
21629	hydrogen production	0.6959	-0.3711	7	104
21626	hydrogen plasma etching	-0.552	-0.3872	3	4
21625	hydrogen plasma	-0.1187	-0.1936	3	5
21623	hydrogen peroxide sensor	1.4013	-0.1073	2	18
21622	hydrogen peroxide sensing	1.1479	-0.107	5	7
21619	hydrogen peroxide detection	1.4	0.0556	2	12
21616	hydrogen peroxide biosensor	1.2695	0.0786	2	9
21615	hydrogen peroxide	1.074	0.2997	2	278
21613	hydrogen passivation	-0.8927	-0.3308	1	7
21611	hydrogen molecule	-0.3887	-0.7173	1	21
21609	hydrogen ion concentration	0.9832	0.2635	2	157
21602	hydrogen generation	0.7408	-0.5215	5	34
21598	hydrogen gas	-0.1055	-0.1409	3	5
21593	hydrogen fuel	0.3114	-0.6513	5	6
21587	hydrogen evolution reaction	0.6326	-0.6088	5	63
21586	hydrogen evolution rate	1.0323	-0.4263	7	4
21584	hydrogen evolution	0.8382	-0.349	7	65
21582	hydrogen etching	-0.3771	-0.4828	3	4
21581	hydrogen energy	-0.0529	-0.3575	7	4
21570	hydrogen concentration	-0.2701	-0.3785	3	5
21562	hydrogen bonding interaction	0.5097	-0.257	4	41
21561	hydrogen bonding	0.3879	-0.0618	4	261
21557	hydrogen atom	-0.6699	-0.4663	1	24
21550	hydrogen adsorption	-0.2976	-0.6442	1	34
21545	hydrogen	-0.076	-0.3873	1	401
21544	hydrogels	0.6911	-0.0671	4	223
21531	hydrofluoric acid	-0.0716	-0.2714	1	11
21526	hydrodynamic	0.2045	0.2906	2	12
21524	hydrodesulfurization	0.5791	-0.4268	7	6
21522	hydrodechlorination	1.0577	-0.4062	5	4
21519	hydrochloric acid	0.3324	-0.1687	4	7
21516	hydrocarbons. chlorinated	0.9807	0.1878	2	4
21515	hydrocarbons. aromatic	0.2796	0.0078	2	9
21500	hydrocarbon	0.0329	-0.2021	1	44
21492	hydride	-0.1253	-0.5351	5	8
21485	hydrazine vapor	0.1071	0.0285	3	4
21482	hydrazine reduction	0.5675	-0.3133	5	18
21481	hydrazine oxidation	0.7339	-0.5096	5	9
21478	hydrazine hydrate	0.5352	-0.446	4	88
21476	hydrazine derivative	0.6923	0.3082	2	7
21473	hydrazine	0.5669	-0.013	2	104
21472	hydraulics	-0.2111	-0.2615	1	4
21471	hydraulic structure	0.3094	-0.2044	3	4
21468	hydration reaction	0.1284	-0.9282	4	5
21462	hydration	0.2072	-0.5316	4	49
21459	hydrate	0.4998	-0.4304	4	123
21455	hybridization reaction	1.2112	0.4858	2	8
21452	hybridization efficiency	0.8398	0.5231	2	4
21450	hybridization chain reaction	1.1835	0.7508	2	5
21448	hybridization	0.5645	0.4639	2	24
21445	hybrid waveguide	-0.5942	0.7771	6	9
21444	hybrid vehicle	0.3492	-0.5102	5	8
21440	hybrid thin film	0.1062	0.1104	4	4
21439	hybrid system	-0.2325	0.086	1	25
21435	hybrid supercapacitor	0.7431	-0.8235	5	11
21433	hybrid structure	-0.146	0.0909	3	67
21422	hybrid platform	-0.4073	0.452	3	4
21420	hybrid plasmonic waveguide	-0.857	0.7639	6	5
21416	hybrid photocatalyst	0.9259	-0.2757	7	8
21409	hybrid nanostructure	0.3003	-0.0837	5	60
21408	hybrid nanosheet	0.581	0.0321	2	5
21406	hybrid nanoparticle	0.6543	-0.3313	5	6
21405	hybrid nanomaterial	0.7043	0.0945	2	31
21402	hybrid nanocomposite	0.3857	-0.3278	4	43
21396	hybrid membrane	0.5486	-0.1537	4	13
21394	hybrid material	0.4011	-0.1541	5	382
21391	hybrid hydrogels	0.6274	0.0879	4	9
21383	hybrid foams	0.2845	0.232	7	4
21382	hybrid film	0.3067	0.0734	3	51
21381	hybrid fillers	0.3091	-0.779	4	4
21377	hybrid fiber	0.7263	-0.3674	5	4
21375	hybrid electrode	0.472	-0.1199	5	29
21368	hybrid device	-0.3623	0.5033	3	12
21360	hybrid composite	0.3911	-0.5011	4	38
21355	hybrid catalyst	0.8834	-0.3538	5	8
21352	hybrid capacitor	0.2228	-0.9001	5	4
21349	hybrid architecture	0.3488	0.1712	5	13
21345	hybrid	0.5854	-0.0001	5	115
21341	hyaluronic acid	0.8382	0.6939	2	15
21336	hummers method	0.4664	-0.3077	4	78
21333	humidity sensor	0.0604	0.2082	3	32
21331	humidity sensitivity	-0.1929	-0.1352	3	6
21328	humidity sensing property	0.1838	0.3176	3	5
21326	humidity sensing	0.0536	0.2875	3	9
21321	humidity detection	0.1588	0.2762	3	6
21318	humidity	0.352	0.2118	3	8
21314	humic substance	0.7626	0.1071	2	13
21311	humic acid	0.86	0.1823	2	28
21307	human urine sample	1.1531	0.1939	2	7
21306	human urine	1.234	0.3404	2	10
21304	human umbilical vein endothelial cells	0.7502	0.6768	2	12
21293	human serum albumin	0.8859	0.7347	2	6
21292	human serum	1.0061	0.5928	2	23
21286	human plasma	1.0487	0.5357	2	4
21269	human immunoglobulin g	0.999	0.4368	2	6
21263	human immunodeficiency virus 1	0.9126	0.6235	2	9
21261	human igg	1.0818	0.5076	2	10
21259	human health	0.7415	0.3928	2	6
21252	human endothelial cells	0.6773	0.5287	2	4
21250	human chorionic gonadotropins	1.228	0.3653	2	4
21246	human cell	0.8942	0.8345	2	109
21241	human breast cancer cells	0.7786	0.6529	2	5
21236	human body	0.6577	0.3705	2	5
21235	human bloods	1.0592	0.4273	2	8
21229	human	0.9068	0.7101	2	617
21226	hubbard model	-1.1223	-0.0669	1	10
21204	hotspot temperature	-0.4798	-0.113	3	4
21199	hot temperature	0.0805	0.011	3	28
21197	hot spot	-0.5175	0.0981	3	4
21194	hot pressing	-0.0603	-0.708	4	28
21184	hot filament chemical vapor deposition	-0.1074	-0.4296	3	8
21178	hot electron	-0.7673	0.3672	1	6
21176	hot carriers	-0.9388	0.3612	1	5
21168	host polymer	0.3723	-0.5918	4	4
21163	host guest interaction	0.702	0.3212	2	10
21160	host guest	0.5581	0.3689	2	6
21151	horseradish peroxidase	1.0717	0.4613	2	124
21150	horse	1.0193	0.5022	2	6
21148	hormone determination	1.1536	0.4199	2	4
21146	hormone	1.0372	0.3719	2	7
21138	hopping conduction	-0.4742	0.1318	3	4
21135	hopg	-0.5003	-0.1694	1	4
21128	honeycomb structure	-0.778	-0.1418	1	54
21122	honeycomb lattice	-0.8298	-0.0241	1	31
21107	homogenous dispersion	0.2935	-0.737	4	5
21101	homogeneous solution	0.7249	0.3916	2	12
21100	homogeneous precipitation method	1.263	-0.4653	7	4
21099	homogeneous precipitation	0.4147	0.1912	3	7
21097	homogeneous nucleation	-0.1553	-0.4915	1	5
21089	homogeneous distribution	0.6308	-0.6967	5	36
21088	homogeneous dispersion	0.3421	-0.5951	4	84
21083	homogeneous coprecipitation	0.8411	-0.8642	5	5
21071	homo lumo gap	-0.6981	-0.2795	1	6
21067	homo	-0.0335	0.5685	3	5
21052	hollow structure	0.2022	-0.7383	5	11
21050	hollow sphere	0.5883	-0.4579	6	18
21049	hollow site	-0.6673	-0.6337	1	7
21039	hollow nanostructure	0.9102	-0.6084	5	8
21038	hollow nanosphere	0.8625	-0.6446	5	10
21037	hollow nanoparticle	0.9499	-0.3202	5	4
21034	hollow microsphere	1.0869	-0.3972	5	7
21023	hollow fiber liquid phase microextraction	1.2505	0.2266	2	5
21021	hollow fiber	0.5531	-0.2344	4	6
20996	hole transport layer	0.0672	0.6171	3	15
20986	hole mobility	-0.2554	0.3787	3	29
20983	hole injection	-0.4234	0.4049	3	4
20978	hole extraction	0.0304	0.6723	3	4
20974	hole doping	-0.5125	-0.0447	1	11
20973	hole density	-0.4022	0.4025	1	4
20968	hole concentration	-0.4126	-0.0329	1	5
20960	hole	0.7773	-0.2247	7	4
20932	histopathology	0.9677	0.949	2	6
20927	histology	0.8133	0.7645	2	12
20924	histidine	0.9991	0.473	2	5
20911	highly stable	0.0425	-0.1713	5	13
20910	highly sensitive detection	0.7179	0.4125	2	10
20909	highly sensitive	0.324	0.4713	2	47
20906	highly oriented pyrolytic graphite	-0.3295	-0.0582	1	23
20904	highly ordered pyrolytic graphite	-0.2991	-0.0312	3	9
20886	highest occupied molecular orbital	-0.319	0.0673	1	17
20881	higher temperature	-0.2274	-0.3446	1	11
20879	higher order mode	-1.0136	0.463	6	5
20877	higher order	-0.8749	-0.1946	1	4
20875	higher frequency	-0.7781	0.0589	1	6
20874	higher energy density	0.6316	-0.7223	5	6
20872	higher efficiency	0.279	0.282	3	4
20799	high yield	0.2368	-0.0775	3	21
20796	high water	0.8704	0.118	2	4
20789	high voltage	-0.0841	-0.178	3	7
20786	high vacuum	-0.2923	-0.0261	3	9
20784	high uniformity	0.0788	-0.2449	3	4
20782	high transparency	-0.1199	0.3031	3	16
20781	high transmittance	-0.1163	0.454	3	11
20773	high throughput screening	0.8701	0.6513	2	12
20770	high throughput	0.0378	0.2681	3	22
20769	high thermal stability	0.2104	-0.2964	4	18
20768	high thermal conductivity	-0.2482	-0.2709	4	43
20766	high tensile strength	0.1715	-0.4511	4	11
20764	high temperature treatment	0.262	-0.57	5	7
20756	high temperature regime	-0.9683	-0.028	1	4
20754	high temperature pyrolysi	0.288	-0.1396	5	4
20736	high temperature application	-0.0166	-0.3292	3	7
20734	high temperature annealing	-0.3569	-0.2534	3	16
20732	high temperature	-0.2399	-0.2595	3	135
20728	high surface to volume ratio	0.3856	0.1809	3	10
20726	high surface area	0.4423	-0.4292	5	81
20717	high strength	-0.0541	-0.3359	4	12
20711	high stability	0.2386	-0.1105	5	39
20710	high spin polarization	-1.1582	-0.1277	1	4
20704	high speed	-0.5516	0.5	3	12
20703	high specificity	0.4079	0.5453	2	7
20702	high specific surface area	0.6103	-0.5422	5	162
20699	high specific capacity	0.653	-0.8921	5	78
20698	high specific capacitance	0.8583	-0.7189	5	189
20697	high spatial resolution	-0.3301	0.0776	6	7
20696	high solubility	0.2773	0.2601	3	5
20693	high signal to noise ratio	-0.0727	0.5533	3	6
20692	high sheet resistance	-0.1246	0.5517	3	5
20690	high separation efficiency	0.8954	-0.2556	7	11
20689	high sensitivity sensor	-0.4812	0.2784	3	5
20686	high sensitivity	0.3413	0.4462	2	169
20682	high selectivity	0.6658	0.1853	2	57
20680	high saturation magnetization	0.5516	-0.1842	5	6
20677	high reversible capacity	0.7435	-0.9072	5	113
20675	high response	-0.1371	0.3459	3	4
20674	high resolution transmission microscopy	0.3049	-0.2932	5	7
20671	high resolution transmission electron microscopy	0.3058	-0.3441	5	285
20670	high resolution tem	0.0971	-0.3763	5	19
20669	high resolution scanning tunneling microscopy	-0.6598	-0.4292	1	5
20668	high resolution scanning electron microscopy	0.2462	-0.1052	4	5
20663	high resolution electron microscopy	-0.0236	-0.2197	5	16
20661	high resolution	-0.2295	-0.0379	1	19
20657	high reproducibility	0.3949	0.3932	2	14
20655	high repetition rate	-0.5989	0.9442	6	8
20648	high rate performance	0.6353	-0.9321	5	54
20646	high rate capacity	0.5768	-1.0844	5	16
20645	high rate capability	0.56	-0.9097	5	102
20643	high rate	0.3206	-0.6223	5	48
20637	high quality	-0.2323	-0.0954	3	192
20636	high purity	0.1794	-0.3263	3	12
20635	high pulse energy	-0.7316	1.2035	6	7
20627	high pressure liquid chromatography	0.7086	0.1113	2	5
20622	high pressure	-0.1984	-0.208	1	5
20621	high precision	-0.0623	0.4196	3	6
20615	high power lithium ion battery	0.5014	-0.9885	5	6
20613	high power electronic	-0.2794	-0.1294	4	4
20611	high power density	0.4097	-0.5114	5	33
20610	high power conversion	0.1764	0.2374	3	4
20607	high power application	-0.0469	0.3024	5	5
20606	high power	-0.049	-0.1579	5	22
20605	high potential	-0.1123	0.4012	3	7
20604	high porosity	0.4711	-0.3756	5	7
20602	high photocatalytic activity	1.1173	-0.1812	7	32
20591	high performance polymer composite	0.1459	-0.7833	4	5
20590	high performance polymer	0.2176	-0.4821	4	14
20588	high performance material	0.4607	-0.3342	4	7
20586	high performance lithium ion battery	0.7623	-1.0019	5	73
20581	high performance liquid chromatography	1.0761	0.2627	2	110
20578	high performance electrochemical capacitor	0.8207	-0.5324	5	4
20575	high performance device	-0.4353	0.3606	3	4
20574	high performance composite	0.2908	-0.6337	4	5
20569	high performance anode material	0.796	-0.9024	5	73
20568	high performance anode	0.7746	-0.8228	5	35
20566	high performance	-0.2692	-0.0607	3	5
20550	high nitrogen content	0.8721	-0.7829	5	10
20547	high molecular weight	0.7652	-0.1564	2	4
20546	high mobility	-0.6483	0.2164	3	13
20545	high microwave	0.1481	-0.4806	6	4
20544	high mechanical strength	0.237	-0.1396	4	33
20543	high mechanical property	0.3097	-0.4469	4	9
20539	high magnetic field	-1.0415	0.141	1	5
20538	high loadings	0.2764	-0.0665	4	13
20536	high lithium storage	0.6225	-0.9486	5	16
20531	high k dielectric	-0.5186	0.3193	3	6
20525	high index	-0.8362	0.5956	6	7
20524	high impedance surface	-0.7951	0.551	3	4
20519	high growth temperature	-0.2371	-0.4356	3	5
20514	high frequency hf	-0.6608	0.351	3	11
20508	high frequency	-0.6774	0.3088	3	4
20504	high flexibility	-0.1139	0.1309	3	9
20502	high field	-0.8298	0.1985	1	6
20492	high energy physics	-0.8049	-0.0536	1	9
20489	high energy laser	-0.7085	0.9178	6	7
20485	high energy electron	-0.3837	0.3363	3	4
20483	high energy density	0.63	-0.6855	5	107
20480	high energy ball milling	0.3431	-1.0556	4	9
20479	high energy	-0.339	-0.0641	1	27
20476	high emission current	-0.2945	-0.1933	3	6
20474	high electron mobility transistor	-0.7776	0.4173	3	5
20473	high electron mobility	-0.4345	0.2307	3	10
20469	high electrical conductivity	0.3355	-0.3187	4	155
20468	high electric field	-0.7974	0.1871	1	4
20465	high efficient	-0.0064	0.11	3	7
20462	high efficiency catalyst	0.4865	-0.4947	5	4
20461	high efficiency	-0.0786	0.2644	6	31
20458	high doping level	-0.1141	0.2782	6	6
20457	high dispersion	0.5579	-0.4913	5	17
20454	high dielectric constant	-0.0524	-0.3978	4	26
20451	high density polyethylene	0.1764	-0.6794	4	13
20449	high density	-0.2693	-0.1023	3	27
20448	high demand	0.4581	-0.6079	5	4
20446	high defect density	-0.4308	-0.3964	3	5
20444	high cyclic stability	0.889	-1.1887	5	5
20442	high current rate	0.6773	-0.9015	5	4
20441	high current density	0.3764	-0.6035	5	110
20440	high current	-0.3545	0.087	3	7
20438	high crystallinity	0.2122	-0.499	4	17
20435	high costs	0.1484	-0.0226	3	4
20434	high conversion efficiency	-0.4039	0.4198	6	4
20429	high content	0.1323	-0.0556	6	4
20427	high conductivity	0.285	-0.0788	5	90
20426	high concentration	0.3769	-0.045	4	27
20423	high charge/discharge rate	0.7603	-0.8404	5	4
20419	high catalytic performance	0.7179	-0.5172	5	17
20418	high carrier mobility	-0.5599	0.2932	3	32
20416	high capacity electrode	0.609	-0.9721	5	5
20414	high capacity anode	0.4706	-1.1071	5	12
20412	high capacity	0.3266	-0.8301	5	68
20406	high aspect ratio	0.0152	-0.428	4	17
20403	high angle annular dark field	0.1059	-0.3999	5	7
20401	high affinity	0.716	0.2008	2	9
20400	high adsorption capacity	0.9437	-0.1754	7	50
20399	high activity	0.5949	-0.5319	5	25
20393	hierarchically porous carbon	0.6694	-0.6202	5	6
20392	hierarchically porous	0.6816	-0.5184	5	17
20387	hierarchical system	0.1378	-0.2073	5	6
20385	hierarchical structure	0.4408	-0.5427	5	80
20382	hierarchical porous structure	0.8292	-0.682	5	25
20379	hierarchical porous carbon	0.8513	-1.0857	5	8
20378	hierarchical porous	0.8982	-0.8594	5	17
20376	hierarchical pore structure	0.541	-0.8112	5	8
20375	hierarchical pore	0.5111	-0.6235	5	5
20372	hierarchical nanostructure	0.5144	-0.4756	5	27
20355	hierarchical composite	0.369	-0.6851	4	17
20352	hierarchical architecture	0.3295	-0.6646	5	18
20351	hierarchical	0.457	-0.3979	5	8
20343	hg2+	0.9569	0.6	2	5
20341	hg(ii)	1.2424	-0.3303	7	6
20326	hexane	0.4965	-0.0615	7	12
20316	hexagonal structure	-0.3674	-0.2676	1	13
20313	hexagonal ring	-0.4333	-0.6397	1	11
20308	hexagonal network	-0.4568	-0.4535	1	4
20304	hexagonal lattice	-0.6706	-0.2908	1	11
20303	hexagonal honeycomb	-0.446	0.1524	1	4
20294	hexagonal close packed	-0.2765	-0.6835	1	5
20289	hexagonal boron nitride	-0.6216	-0.059	1	75
20283	hexafluorophosphate	0.9376	0.092	2	14
20280	hexadecyltrimethylammonium bromide	1.303	0.2473	2	5
20276	hexadecyl trimethyl ammonium bromide	0.8038	-0.2865	5	5
20272	hexacyanoferrate	0.9052	0.06	2	4
20261	hexa peri hexabenzocoronene	0.007	-0.1708	1	6
20254	heterostructure	-0.583	0.307	3	30
20249	heterojunction structure	0.0892	0.1004	7	4
20248	heterojunction solar cells	-0.0689	0.5265	3	16
20245	heterojunction interface	0.3138	0.3801	7	7
20242	heterojunction	-0.3419	0.2946	3	197
20238	heterogeneous structure	-0.1226	0.0671	6	4
20234	heterogeneous photocatalysis	0.8449	-0.138	7	8
20228	heterogeneous nucleation	0.2241	-0.7556	4	26
20218	heterogeneous electron transfer rate constant	1.3168	0.1053	2	20
20217	heterogeneous electron transfer	0.7985	0.113	2	9
20212	heterogeneous catalyst	0.7999	-0.3583	5	28
20211	heterogeneous catalysis	0.8188	-0.4441	5	22
20198	heterocyclic compound	0.7575	0.171	2	4
20191	heteroatom doping	0.4324	-0.5654	5	5
20189	heteroatom	0.2103	-0.5221	5	19
20182	hetero nanostructure	0.6012	0.0216	5	4
20173	herbicide	1.0609	0.0345	2	22
20157	hepg2 cell line	0.9953	0.7858	2	10
20153	hepatoma cell	0.9859	0.8296	2	4
20143	hepatitis b virus	0.757	0.7214	2	4
20139	heparin	1.0564	0.5795	2	4
20137	hep g2 cells	0.9922	0.8084	2	13
20130	hemolysis	0.9286	0.6729	2	10
20127	hemoglobin	1.0724	0.3247	2	51
20126	hemocompatibility	0.7479	0.648	2	4
20123	hemin/g quadruplex	1.2876	0.7253	2	4
20119	hemin	1.0312	0.5139	2	33
20106	hematite	0.5661	-0.2615	7	10
20097	helium	-0.4125	-0.0783	1	7
20094	helical structure	-0.1942	-0.3547	1	5
20086	helical configuration	-0.3581	-0.4761	1	4
20082	hela cells	0.8499	0.7619	2	63
20081	hela cell line	0.857	0.8853	2	29
20080	hek293 cells	0.9078	0.8484	2	7
20079	hek293 cell line	0.9747	0.845	2	4
20068	heck coupling reaction	0.9255	-0.5204	5	4
20062	heavy metal removal	0.8904	-0.0433	7	26
20054	heavy metal ion	0.9915	0.0195	2	21
20051	heavy metal	0.8483	0.0389	2	100
20050	heavy ion	-0.4048	-0.098	1	9
20045	heavily doped	-0.7841	0.158	1	6
20038	heating equipment	-0.4377	-0.1289	3	9
20031	heating	-0.0422	-0.0327	3	25
20027	heat treatment temperature	0.097	-0.5729	5	6
20026	heat treatment process	0.1047	-0.3024	3	9
20024	heat treatment	0.2708	-0.424	5	43
20022	heat transport	-0.7559	-0.1946	1	6
20016	heat transfer	-0.3897	-0.2593	4	30
20013	heat storage capacity	0.2639	-0.8584	4	4
20012	heat storage	0.1524	-0.6829	4	29
20009	heat spreaders	-0.5188	-0.021	3	7
20002	heat resistance	-0.2224	-0.3614	4	23
19999	heat release rate	0.4518	-0.8538	4	15
19984	heat flux	-0.3924	-0.3206	4	19
19978	heat current	-1.0832	-0.2048	1	4
19974	heat conduction	-0.4796	-0.335	4	18
19967	heat	0.0941	0.0572	3	23
19958	health risks	0.819	0.3429	2	14
19952	health	0.1715	0.4622	2	5
19916	harmonic mode locking	-0.8298	1.171	6	10
19910	harmonic analysis	-0.8971	0.6022	6	11
19905	hardness and elastic modulus	-0.0876	-0.8649	4	4
19904	hardness	-0.0452	-0.7308	4	28
19903	hardening	-0.403	-0.6915	4	4
19902	hardened cement paste	0.0542	-0.8734	4	5
19888	hansen solubility parameter	0.3372	-0.1043	4	7
19885	hamiltonians	-1.1089	0.0263	1	16
19878	halogenation	-0.0158	-0.0712	1	17
19867	halloysite nanotubes	0.4251	-0.4935	4	8
19859	hall mobility	-0.7209	0.1127	3	9
19858	hall measurement	-0.6771	0.2322	3	7
19857	hall element	-0.5362	0.3654	3	4
19854	hall effect device	-1.0567	0.126	1	9
19853	hall effect	-0.965	0.0936	1	18
19851	hall conductivity	-1.2354	0.136	1	9
19841	half wave potential	0.8708	-0.629	5	23
19840	half metallicity	-1.0005	-0.2955	1	18
19835	half metallic behavior	-1.1184	-0.3296	1	4
19834	half metallic	-1.0118	-0.3088	1	11
19833	half metal	-0.9876	-0.3243	1	23
19829	half cycle	0.9921	-1.1839	5	4
19818	hafnium oxide	-0.6121	0.2807	3	9
19815	hafnium	-0.199	-0.0289	3	5
19794	h2o2	1.0868	0.0311	2	11
19806	h<sub>2</sub>o<sub>2</sub>	1.0106	0.0238	2	8
19773	h bonding interaction	0.3376	-0.0195	4	5
19769	h bn	-0.5551	-0.2285	1	4
19761	h 2o 2	1.0187	0.0549	2	4
19754	gyrator	-1.0499	0.1011	1	5
19742	guided mode	-1.0131	0.4337	6	8
19741	guided electromagnetic wave propagation	-0.9289	0.4584	6	10
19738	guest molecule	0.28	-0.0244	4	5
19732	guanine quadruplex	1.039	0.7046	2	18
19727	guanine	0.8655	0.5407	2	31
19707	growth. development and aging	0.9966	0.6265	2	10
19706	growth time	-0.2666	-0.4182	3	19
19704	growth temperature	-0.3252	-0.4624	3	12
19702	growth substrate	-0.2627	-0.1255	3	12
19698	growth rate	0.2437	0.0771	2	7
19695	growth process	-0.3908	-0.2809	3	21
19690	growth parameter	-0.4223	-0.3518	3	6
19688	growth morphology	-0.4662	-0.3625	1	5
19687	growth model	-0.424	-0.3902	3	7
19686	growth mode	-0.4459	-0.4417	3	7
19685	growth method	-0.5144	-0.415	3	7
19684	growth mechanism	-0.2415	-0.4285	3	68
19683	growth kinetic	0.008	-0.3537	3	19
19682	growth inhibition	0.8853	0.602	2	4
19671	growth condition	-0.3242	-0.3816	3	22
19668	growth behavior	-0.2986	-0.375	3	6
19665	growth (materials)	-0.1075	-0.3052	3	34
19664	growth	-0.1047	-0.1702	3	14
19660	group velocity	-0.9572	0.162	1	9
19653	group delay	-0.9937	0.4878	6	9
19648	ground state structure	-0.4666	-0.7115	1	4
19643	ground state	-0.9011	-0.1826	1	26
19633	grinding (machining)	0.6123	-0.2361	4	4
19632	grinding	0.7906	-0.237	4	4
19619	green's function method	-1.1146	-0.001	1	18
19618	green's function	-1.0878	0.0888	1	74
19614	green synthesis	0.9326	-0.1285	7	32
19612	green reduction	0.9971	0.2329	2	5
19605	green method	0.847	-0.1012	5	16
19599	green function	-1.055	-0.0378	1	7
19598	green fluorescent protein	0.874	0.7273	2	6
19595	green fluorescence	0.3483	0.5392	6	6
19590	green chemistry technology	1.0002	0.1341	2	24
19588	green chemistry	1.0183	0.0858	2	37
19570	gravimetry	0.449	-0.1782	7	12
19567	gravimetric energy density	0.7487	-0.5367	5	4
19565	gravimetric capacity	0.2075	-0.8771	5	7
19564	gravimetric capacitance	0.5184	-0.6839	5	15
19563	gravimetric analysis	0.6788	-0.4459	4	52
19555	graphyne	-0.8764	-0.5442	1	16
19551	graphitized carbon	0.4716	-0.7004	4	5
19550	graphitization temperature	-0.3302	-0.5335	3	5
19549	graphitization process	-0.3561	-0.285	3	4
19548	graphitization degree	0.4101	-0.583	5	13
19547	graphitization	-0.142	-0.3198	3	32
19543	graphitic structure	0.0669	-0.3949	5	17
19538	graphitic material	-0.179	-0.1816	1	9
19537	graphitic layer	-0.0751	-0.4302	3	5
19528	graphitic carbon nitride	0.6716	-0.3406	7	35
19525	graphitic carbon	0.0461	-0.2838	5	19
19518	graphite surface	-0.4048	-0.2943	1	13
19516	graphite structure	0.1778	-0.2974	4	6
19514	graphite sheet	-0.1969	-0.2482	1	9
19513	graphite rod	0.3272	-0.0507	3	5
19510	graphite powder	0.4295	-0.1391	4	18
19507	graphite particle	0.1394	-0.3808	4	9
19499	graphite oxide	0.3727	-0.349	4	286
19497	graphite nanosheet	0.2337	-0.629	4	4
19496	graphite nanoplatelets	0.0786	-0.4717	4	6
19495	graphite nano sheet	0.1237	-0.6317	4	8
19491	graphite like structure	0.0907	-0.6412	4	4
19489	graphite layer	-0.3658	-0.322	1	13
19480	graphite fluoride	-0.1185	-0.3188	1	5
19479	graphite flake	-0.1181	-0.1833	3	14
19478	graphite film	-0.4646	-0.0266	3	5
19475	graphite epoxy composite	0.2643	-0.6186	4	4
19474	graphite electrode	0.1519	0.1333	3	169
19463	graphite anode	0.3258	-0.7496	5	4
19462	graphite	0.1204	0.1684	2	2924
19233	graphene transistor	-0.5883	0.3884	3	33
19232	graphene transfer	-0.207	0.0196	3	4
19227	graphene tio	0.8107	-0.3801	7	10
19215	graphene superlattice	-1.1244	0.1417	1	29
19213	graphene substrate	-0.1542	-0.2945	1	32
19212	graphene structure	-0.3318	-0.3496	7	5
19208	graphene sponge	0.8529	-0.0568	5	6
19200	graphene shells	-0.006	-0.333	5	13
19192	graphene sheet	-0.2701	-0.2087	1	1144
19189	graphene saturable absorbers	-0.7107	1.0487	6	82
19185	graphene ring	-0.9287	0.266	1	8
19184	graphene ribbons	-0.8181	0.2732	6	30
19176	graphene quantum dots	0.3538	0.4615	2	123
19175	graphene property	-0.6172	0.1062	3	5
19171	graphene polymer composite	-0.0025	0.0528	6	13
19169	graphene polyaniline composite	1.1728	-0.0269	2	6
19160	graphene platelet	-0.0347	-0.5984	4	26
19159	graphene plasmons	-0.9067	0.594	6	27
19158	graphene plasmonic	-0.6977	0.6731	6	4
19157	graphene plane	-0.4273	-0.2598	1	30
19150	graphene papers	0.236	-0.1784	4	22
19146	graphene p n junction	-0.6758	0.3553	3	15
19118	graphene oxide sheet	0.6725	-0.2201	4	10
19112	graphene oxide papers	-0.0457	-0.199	4	17
19111	graphene oxide paper	-0.0602	0.2509	6	4
19109	graphene oxide nanosheet	0.6402	-0.2153	4	192
19108	graphene oxide nanoribbons	0.9949	-0.315	5	10
19104	graphene oxide nanocomposite	0.8196	-0.1977	7	122
19087	graphene oxide film	0.0432	0.1583	3	40
19080	graphene oxide aerogel	0.8052	-0.492	5	10
19071	graphene oxide	0.5559	0.1135	2	3582
19059	graphene nanostructure	-0.5179	0.1275	1	6
19052	graphene nanosheet	0.5527	-0.442	5	576
19051	graphene nanoscrolls	0.2149	-0.7371	5	5
19048	graphene nanoribbons	-0.7845	0.0323	1	656
19033	graphene nanoribbon	-0.8897	0.2194	1	114
19027	graphene nanoplatelets	0.1474	-0.5559	4	91
19019	graphene nanoflake	-0.4894	-0.3244	1	8
19010	graphene nanocomposite	0.5423	-0.3231	4	129
19000	graphene multilayer	-0.3987	0.2235	1	11
18992	graphene modified electrode	1.1025	0.0416	2	4
18982	graphene membrane	-0.2302	-0.2602	1	8
18979	graphene magnetic nanocomposite	1.0965	0.0663	2	5
18969	graphene like	-0.3062	-0.1805	1	68
18966	graphene layer	-0.4097	-0.0823	1	315
18965	graphene lattice	-0.6378	-0.248	1	35
18964	graphene junction	-0.9605	0.0302	1	10
18961	graphene hydrogels	0.7261	-0.2666	4	29
18953	graphene growth	-0.3911	-0.3904	3	75
18947	graphene gold nanocomposite	1.3407	0.3877	2	6
18941	graphene framework	0.7141	-0.3358	5	5
18939	graphene foams	0.3989	-0.1186	5	39
18936	graphene flake	-0.4216	-0.1255	1	4
18935	graphene film	-0.1804	0.1221	3	124
18933	graphene field effect transistor	-0.5185	0.3889	3	66
18931	graphene fiber	0.3759	0.1206	4	12
18930	graphene fets	-0.7184	0.4937	3	7
18918	graphene electronic	-0.4458	0.4544	3	4
18917	graphene electrode	-0.1077	0.2756	3	52
18915	graphene edge	-0.5563	-0.2197	1	14
18913	graphene doping	-0.4905	0.1305	3	5
18909	graphene dispersion	0.1088	-0.2756	4	39
18904	graphene device	-0.6463	0.2479	3	70
18903	graphene derivative	0.2177	0.5729	2	6
18901	graphene defect	-0.29	-0.3603	1	5
18889	graphene composite	0.5012	-0.3237	4	163
18887	graphene coating	-0.0032	-0.3056	4	28
18873	graphene bilayer	-0.8106	0.0779	1	10
18869	graphene based sensor	0.1605	0.3903	3	4
18861	graphene based material	0.8867	-0.2527	7	5
18856	graphene based composite	0.4896	-0.2543	5	78
18854	graphene band	-0.6838	-0.0629	1	5
18840	graphene and fullerenes	0.2418	-0.6257	4	54
18828	graphene aerogel	0.5574	-0.4304	5	56
18822	graphene	-0.151	0.0215	1	16973
18811	graphdiyne	-0.601	-0.5731	1	13
18810	graphane	-0.5449	-0.4207	1	10
18805	granulation	0.2696	-0.7685	4	4
18799	grand canonical monte carlo simulation	0.0094	-0.4356	1	4
18798	gram scale synthesis	0.7667	-0.596	4	4
18795	gram scale	0.6422	-0.4217	4	5
18794	gram positive bacterium	0.9932	0.4548	2	8
18793	gram negative bacterium	0.9517	0.4567	2	8
18787	grain size and shape	-0.3399	-0.5345	4	14
18785	grain size	-0.3221	-0.5627	3	13
18784	grain refinement	-0.1981	-0.9416	4	10
18780	grain growth	-0.2107	-0.6007	3	13
18770	grain boundary	-0.569	-0.3776	1	73
18769	grain	0.2129	0.1722	2	7
18768	grafts	0.8715	0.1753	4	4
18767	grafting to	0.4255	-0.2075	4	4
18763	grafting polymerization	0.7846	-0.2723	4	5
18760	grafting efficiency	0.5058	-0.3167	4	6
18759	grafting density	0.3386	-0.1421	4	4
18756	grafting (chemical)	0.5534	-0.1964	4	190
18755	grafting	0.5352	-0.1764	4	9
18753	grafted polymer	0.3549	0.0041	4	5
18749	graft polymerization	0.701	-0.4656	4	4
18747	graft copolymer	0.6507	-0.1819	4	4
18720	goos-h�nchen shift	-1.0238	0.3298	1	5
18717	good water solubility	0.7875	0.4617	2	9
18716	good stability	0.7715	0.0142	2	66
18713	good durability	0.6312	-0.3462	5	4
18711	good correlation	0.6934	0.2914	2	11
18709	good compatibility	0.2858	-0.2386	4	12
18708	good capacity retention	1.0123	-1.001	5	11
18687	gold rush	0.1543	-0.0784	7	5
18679	gold nanostructure	0.3216	0.1596	7	5
18677	gold nanorod	0.5242	0.7192	2	21
18660	gold nanoparticle	0.8398	0.4547	2	395
18654	gold nanocomposite	1.0162	0.3953	2	8
18653	gold nanocluster	0.5074	0.51	2	7
18651	gold nano particle	0.7007	0.2862	3	6
18641	gold electrode	0.2567	0.3911	2	24
18637	gold deposits	0.1675	0.1416	3	37
18633	gold compound	0.2268	0.1164	2	18
18631	gold coating	0.1526	0.3406	6	22
18624	gold atom	-0.4858	-0.6876	1	7
18620	gold alloy	0.4929	0.2431	2	45
18619	gold	0.4386	0.3317	2	662
18584	go	0.5937	0.1013	2	9
18573	gnrs	-0.6988	-0.7313	1	4
18545	glycoprotein	0.7318	0.58	2	23
18542	glycols	0.5091	0.0082	4	18
18535	glycine	0.7446	0.3634	2	8
18532	glycidyl methacrylate	0.87	-0.0105	4	4
18524	glycerol	0.8117	-0.1569	5	16
18515	glutathione	0.9073	0.6012	2	37
18513	glutaraldehyde	0.904	0.3383	2	19
18510	glutamic acid	1.0527	0.4613	2	7
18504	glucuronic acid	0.7949	0.2729	2	4
18496	glucose sensor	1.1117	0.1497	2	178
18495	glucose sensing	0.9314	0.1676	2	14
18490	glucose oxidation	1.1441	0.0899	2	25
18489	glucose oxidases	1.0568	0.2587	2	11
18488	glucose oxidase	1.1185	0.3396	2	110
18482	glucose determination	1.4162	0.2128	2	6
18481	glucose detection	0.9409	0.1616	2	30
18479	glucose concentration	1.1184	0.2733	2	23
18478	glucose blood level	1.1707	0.3999	2	13
18477	glucose biosensor	1.0348	0.1585	2	43
18475	glucose assay	1.1349	0.3772	2	15
18473	glucose	1.0173	0.1372	2	298
18458	global warming	0.4761	-0.1435	7	4
18445	glioma cell	0.8781	0.9727	2	4
18444	glioma	0.922	0.9678	2	8
18438	glassy electrode	1.3062	-0.0862	2	4
18434	glassy carbon electrode	1.2338	0.1562	2	321
18433	glassy carbon	1.1782	0.1005	2	217
18430	glass transition temperature	0.3789	-0.4091	4	13
18428	glass transition	0.2124	-0.6207	4	56
18426	glass substrate	-0.0981	0.1615	3	14
18425	glass slide	0.0221	0.3346	3	4
18421	glass membrane electrode	1.2833	0.1593	2	548
18411	glass fiber	-0.19	0.1726	4	19
18410	glass carbon electrode	1.2126	0.1763	2	51
18406	glass	0.5357	0.1475	2	151
18396	giant magnetoresistance effect	-1.2281	0.0575	1	8
18395	giant magnetoresistance	-1.103	0.0471	1	13
18379	germanium	-0.4592	0.0588	3	39
18374	geometry structure	-0.8497	-0.2981	1	6
18369	geometry	-0.4264	0.0246	1	50
18366	geometrical structure	-0.5618	-0.6693	1	13
18360	geometrical optic	-0.1586	0.2524	3	8
18347	geometric structure	-0.6947	-0.0236	1	19
18346	geometric stability	-0.4519	-0.903	1	7
18344	geometric shape	-0.9408	0.0559	1	5
18329	geometric configuration	-0.7846	-0.4279	1	5
18319	genotoxicity	0.9003	0.8619	2	7
18310	genetics	0.7433	0.7622	2	52
18308	genetic transfection	0.7633	0.8411	2	8
18304	genetic procedure	0.8692	0.5941	2	281
18284	generalized gradient approximation	-0.7545	-0.528	1	21
18277	general methodology	0.5342	-0.3444	4	4
18276	general method	0.2539	-0.1607	5	10
18275	general device	0.1941	0.6498	7	4
18272	general approach	0.4078	0.05	5	12
18268	gene vector	0.8182	0.7481	2	4
18266	gene transfer technique	0.7771	0.8771	2	6
18265	gene transfer	0.7404	0.7511	2	17
18264	gene transfection	0.5994	0.6346	2	4
18263	gene therapy	0.8158	0.8469	2	12
18261	gene targeting	0.9386	0.8369	2	15
18258	gene sequence	0.9673	0.6625	2	10
18251	gene identification	1.1079	0.7026	2	5
18246	gene expression regulation	0.8703	0.7756	2	6
18245	gene expression	0.7288	0.711	2	17
18244	gene encoding	0.1296	0.5881	2	9
18241	gene delivery system	0.7634	0.7971	2	6
18240	gene delivery	0.7541	0.7341	2	11
18237	gene amplification	0.9995	0.7704	2	10
18235	gene	0.7219	0.5925	2	47
18233	gems	0.3337	-0.393	4	23
18230	gels	0.5993	-0.0869	4	49
18224	gelation	0.6645	-0.1473	4	35
18219	gelatin	0.781	0.431	2	11
18214	gel polymer electrolyte	0.5812	-0.3516	5	4
18213	gel permeation chromatography	0.6327	-0.308	4	6
18209	gel electrophoresis	0.8055	0.6944	2	7
18208	gel electrolyte	0.5673	-0.1864	4	7
18189	gc ms	1.0045	0.2006	2	5
18188	gc electrode	1.0209	-0.0587	2	13
18171	gauge factor	-0.2317	-0.1154	3	4
18169	gates (transistor)	-0.6311	0.3965	3	5
18167	gate voltage	-0.8545	0.2701	1	50
18158	gate oxide	-0.653	0.3856	3	4
18154	gate length	-0.7835	0.4365	3	5
18153	gate leakage current	-0.5628	0.4089	3	4
18152	gate electrode	-0.5186	0.4198	3	5
18149	gate dielectric	-0.5721	0.3852	3	25
18144	gate bias	-0.8207	0.3022	3	6
18137	gasphase	-0.2281	-0.4576	1	8
18125	gaseous environment	-0.4025	-0.4337	1	4
18112	gas transport	0.4204	-0.1378	7	4
18110	gas storage	0.1419	-0.7297	5	4
18103	gas separation	-0.0834	-0.5504	7	12
18100	gas sensor	0.1164	0.2453	3	39
18098	gas sensitivity	0.0519	0.1825	3	5
18095	gas sensing response	0.3569	0.2872	3	6
18094	gas sensing property	0.2282	0.2463	3	26
18093	gas sensing mechanism	0.3331	0.2295	3	5
18091	gas sensing electrode	0.1395	0.2848	3	29
18087	gas sensing	-0.048	0.2829	3	19
18078	gas phase reaction	0.0598	-0.4532	5	5
18074	gas permeable membrane	0.189	-0.4552	4	29
18073	gas permeability	0.3657	-0.5949	4	9
18070	gas molecule	-0.309	-0.119	3	13
18068	gas liquid interface	0.8807	-0.755	5	4
18063	gas fuel purification	0.7108	-0.5287	5	12
18059	gas flow rate	-0.1405	-0.6673	3	4
18057	gas flow	0.0555	0.0906	3	5
18050	gas detectors	0.0661	0.3295	3	98
18049	gas detection	-0.206	0.5451	3	6
18048	gas concentration	-0.2182	0.4388	6	5
18041	gas chromatography mass spectrometry	0.9962	0.1769	2	28
18040	gas chromatography flame ionization detection	1.1276	0.0912	2	4
18039	gas chromatography	0.8558	0.108	2	57
18033	gas barrier property	0.3471	-0.7032	4	15
18026	gas adsorption	-0.0373	-0.4966	1	118
18025	gas absorption	-0.0785	0.3574	6	4
18024	gas	0.0169	-0.0116	3	65
18013	gap opening	-0.9229	-0.1375	1	16
18000	gan based light emitting diode	-0.3136	0.5363	3	4
17999	gan	-0.3482	0.2683	3	4
17997	gamma rays	0.0033	0.1766	3	6
17992	gamma irradiation	0.2436	-0.0005	4	4
17989	gamma interferon	1.0345	0.8598	2	4
17984	galvanostatics	0.6328	-0.797	5	24
17976	galvanostatic discharge	1.0275	-0.7284	5	7
17975	galvanostatic cycling	0.6696	-0.9331	5	6
17973	galvanostatic charge discharge	0.908	-0.7697	5	171
17971	galvanostatic charge	1.0086	-0.8425	5	18
17970	galvanomagnetic effect	-0.9206	0.1082	1	5
17964	galvanic displacement reaction	0.9016	-0.365	5	5
17963	galvanic displacement	0.5807	-0.4749	7	5
17957	gallium nitride	-0.4025	0.3878	3	28
17954	gallium arsenide	-0.5842	0.3621	3	6
17953	gallium alloy	-0.5221	0.2567	3	17
17952	gallium	-0.3104	0.2551	3	12
17950	gallic acid	1.3088	0.1671	2	4
17949	galerkin method	-1.0376	-0.2888	1	4
17937	gage	-0.6459	-0.048	1	5
17930	gadolinium	0.3112	0.4283	2	10
17926	gaas	-0.7254	0.2495	3	7
17904	g quadruplex	1.0619	0.7358	2	25
17900	g c	1.2026	-0.3986	7	4
17890	future prospects	0.265	0.2528	2	11
17889	future perspective	0.2246	0.4117	2	19
17885	future challenge	-0.0469	0.2534	3	10
17884	future application	-0.1285	0.0819	3	57
17874	fused silica capillary	0.9676	0.3004	2	8
17873	fused silica	0.0131	0.1175	2	6
17871	fused heterocyclic ring	0.4315	0.352	3	4
17866	further development	0.1171	0.0316	1	11
17864	furnace	0.1591	-0.1567	7	5
17856	fungicide	1.0503	0.3024	2	5
17854	fungi	0.9294	0.5799	2	4
17847	fundamental study	-0.2951	0.0611	3	5
17844	fundamental research	0.0598	0.1369	3	20
17842	fundamental property	-0.5675	0.1039	1	4
17837	fundamental mode	-1.0448	0.4507	6	8
17836	fundamental mechanism	-0.0985	-0.0276	7	7
17834	fundamental frequency	-0.9349	0.0408	1	4
17826	functionalized silica	0.86	0.4068	2	5
17819	functionalized multi walled carbon nanotube	0.5693	-0.5502	4	5
17813	functionalized graphene sheet	0.5954	-0.4724	4	11
17809	functionalized graphene oxide	0.7647	-0.2553	4	7
17804	functionalized graphene	0.5311	-0.1378	4	419
17803	functionalized gold nanoparticle	0.6034	0.3007	2	4
17800	functionalized carbon nanotubes	0.152	-0.3649	4	6
17796	functionalized	0.2639	-0.0193	4	583
17792	functionalization of polymer	0.3432	-0.3164	4	9
17775	functional property	0.112	-0.2935	4	5
17774	functional polymer	0.3929	0.0609	4	60
17766	functional nanostructure	0.2424	0.3616	3	5
17764	functional nanocomposite	0.5044	-0.0347	4	10
17763	functional nano material	0.5528	0.1974	5	11
17762	functional monomer	0.9368	0.2948	2	6
17761	functional molecule	0.4611	-0.1082	2	5
17753	functional material	0.1917	-0.0741	4	81
17746	functional group	0.3459	-0.2089	5	410
17737	functional device	-0.2602	0.2066	3	14
17734	functional composite	0.3909	-0.3714	4	25
17733	functional component	0.2147	-0.224	5	6
17727	functional application	-0.0373	0.1091	4	4
17713	fulvic acid	0.9778	0.0664	2	5
17705	fullerenes	-0.072	-0.0635	1	66
17698	fullerene derivative	0.4679	0.5598	2	23
17697	fullerene c60	0.2178	0.5603	2	4
17696	fullerene	0.4116	0.2829	2	41
17692	full wave simulation	-0.8357	0.5555	6	5
17679	fuel storage	0.5224	-0.4779	5	9
17673	fuel cells	0.6742	-0.6114	5	249
17672	fuel cella	0.5979	-0.5069	5	66
17664	fuel cell application	0.7735	-0.5923	5	13
17663	fuel	0.3361	-0.2521	7	7
17658	ftir spectrum	0.5785	-0.144	4	24
17657	ftir spectroscopy	0.6902	-0.0833	7	20
17652	ftir analysis	0.5373	-0.2753	4	5
17651	ftir	0.5003	-0.257	4	106
17649	fs pulse	-0.7101	0.968	6	8
17647	fruits	0.0559	0.3047	2	19
17646	fruit juice	1.2349	0.2715	2	4
17640	fructose	0.9225	0.1969	2	9
17638	frontier orbital	-0.6673	-0.3441	1	7
17637	frontier molecular orbital	-0.4666	-0.0424	1	4
17629	friedel crafts reaction	0.6915	-0.211	5	5
17624	frictional property	-0.2947	-0.657	4	8
17621	frictional coefficient	0.0286	-0.7741	4	6
17610	friction reduction	-0.0055	-0.7414	4	6
17609	friction property	-0.2513	-0.76	4	5
17603	friction force	-0.4398	-0.5709	1	8
17602	friction coefficient	-0.1709	-0.756	4	55
17595	friction and wear property	0.1235	-0.7728	4	15
17594	friction and wear behavior	-0.0982	-0.9526	4	7
17593	friction and wear	-0.0499	-0.7941	4	12
17592	friction	-0.2849	-0.6498	4	113
17591	freundlich model	0.8195	-0.3147	7	10
17590	freundlich isotherm model	1.0538	-0.294	7	8
17585	freundlich	0.6016	-0.2072	7	4
17584	fret	0.1811	0.7117	2	8
17575	fresh water	0.9865	0.2844	2	10
17566	frequency shift keying	-0.9183	-0.1934	1	5
17565	frequency shift	-0.5878	-0.0737	1	12
17560	frequency selective surface	-0.9308	0.504	6	8
17558	frequency response	-0.6061	0.3202	3	16
17556	frequency ranging	-0.5549	0.3667	6	16
17553	frequency modulation	-0.4768	0.5022	6	5
17548	frequency doublers	-0.6648	0.5872	3	5
17547	frequency domain analysis	-0.7828	0.427	6	4
17545	frequency dependent	-0.8887	0.3021	1	5
17541	frequency band width	-0.4367	0.4486	6	4
17540	frequency band	-0.7464	0.3419	3	13
17538	freons	-0.9722	0.154	1	4
17529	freezing	0.2413	-0.3158	4	8
17525	freeze drying process	0.6395	-0.5812	4	4
17524	freeze drying method	0.7504	-0.4978	4	13
17523	freeze drying	0.7442	-0.2606	4	27
17518	freestanding film	0.2274	-0.3122	5	8
17502	free standing structure	0.4429	-0.7442	5	4
17499	free standing membrane	-0.0491	0.1601	6	4
17498	free standing film	0.3613	-0.1142	5	4
17497	free standing electrode	0.6513	-0.5298	5	11
17496	free standing	0.4847	-0.6301	5	11
17485	free radical reaction	0.528	-0.0109	4	28
17484	free radical polymerization	0.6535	-0.0392	4	39
17481	free radical copolymerization	0.6149	-0.043	4	4
17479	free radical	0.4756	-0.0774	4	58
17469	free energy	-0.0755	-0.4238	1	18
17467	free edge	-0.5403	-0.4157	1	6
17458	framework structure	0.562	-0.2365	5	9
17447	fracture toughness	-0.2253	-0.7467	4	39
17446	fracture testing	-0.0025	-0.6841	4	4
17443	fracture surface	-0.0128	-0.7662	4	16
17442	fracture stress	-0.6176	-0.5803	1	5
17440	fracture strain	-0.7103	-0.6182	1	9
17436	fracture morphology	0.2555	-0.8006	4	7
17434	fracture mechanism	-0.3335	-0.722	4	4
17433	fracture mechanics	-0.3584	-0.615	1	8
17423	fracture	-0.4171	-0.6959	1	59
17411	fractals	-0.6208	-0.1859	1	10
17396	fourier transformation	0.4615	0.2986	2	18
17393	fourier transform infrared spectrum	0.6665	-0.2345	7	13
17392	fourier transform infrared spectroscopy	0.6917	-0.2695	4	744
17391	fourier transform infrared spectrometry	0.8358	-0.3228	7	51
17390	fourier transform infrared spectra	0.7997	-0.2525	7	70
17389	fourier transform infrared photoacoustic spectroscopy	1.141	0.1104	2	8
17386	fourier transform infrared	0.6678	-0.258	4	151
17385	fourier transform infra red spectroscopy	0.9406	-0.4103	7	83
17384	fourier transform	0.3383	-0.307	4	73
17383	fourier serie	-0.7361	-0.0347	1	4
17380	fourier analysis	-0.2586	-0.1514	1	8
17379	fourier	0.2928	-0.3492	4	8
17372	four wave mixing	-0.7493	0.7803	6	20
17367	four probe	-0.2689	0.1242	3	5
17364	four point probe	-0.0714	0.0358	3	4
17362	four order	-0.3297	-0.1449	3	5
17360	four electron reduction	0.7094	-0.6973	5	6
17351	fouling	0.8604	0.0744	7	4
17349	fossil fuel	0.4559	-0.1923	7	5
17336	formic acid oxidation	0.8752	-0.7683	5	26
17335	formic acid fuel cells	0.8813	-0.6901	5	10
17334	formic acid electrooxidation	0.7894	-0.7878	5	19
17332	formic acid derivative	0.9347	-0.2525	5	8
17330	formic acid	0.8525	-0.6021	5	59
17323	formation process	-0.2247	-0.4772	1	14
17321	formation mechanism	0.0379	-0.3367	5	90
17320	formation energy	-0.7121	-0.5407	1	26
17316	formate	0.9694	-0.3191	5	9
17305	formaldehyde	0.6008	-0.3375	4	41
17304	formal potential	1.172	0.1512	2	10
17294	foreign atom	-0.6342	-0.4549	1	8
17293	forecasting	-0.3889	-0.1446	1	6
17288	force microscopy	0.1901	0.1395	4	4
17282	force constant	-0.89	-0.319	1	6
17279	force	0.2173	0.3228	2	6
17278	forbidden gap	-0.9686	0.0029	1	4
17269	food sample	1.1105	0.2027	2	6
17268	food safety	1.1985	0.5197	2	7
17267	food product	1.0463	0.2289	2	18
17257	food contamination	1.1246	0.4812	2	16
17248	food analysis	1.109	0.3981	2	31
17246	food additive	1.1551	0.2028	2	8
17245	food	1.2456	0.3981	2	5
17243	folic acid transporters	0.9249	0.9505	2	4
17242	folic acid	0.9621	0.6701	2	26
17237	folding	-0.1817	-0.2887	1	5
17236	folded structure	-0.4204	0.0305	1	4
17233	folate receptor	0.8658	0.8861	2	4
17231	foil	0.4526	0.4891	2	4
17219	foams	0.4022	-0.5384	4	93
17201	flywheels	0.2034	-0.2885	5	8
17195	fluorouracil	1.0415	0.8136	2	6
17191	fluorophosphate	1.0728	-0.527	5	4
17190	fluorophore	0.5637	0.6507	2	17
17189	fluorometry	1.0575	0.7766	2	4
17179	fluorocarbon polymer	1.1633	0.2647	2	16
17176	fluorocarbon	1.0436	0.1826	2	8
17166	fluorine doped tin oxide	0.4614	-0.049	7	19
17162	fluorine compound	0.118	-0.2722	4	35
17161	fluorine atom	-0.4049	-0.303	1	7
17158	fluorine	-0.1583	-0.2135	1	68
17156	fluorination	-0.1843	-0.1221	1	19
17150	fluorinated graphite	0.1371	-0.2713	4	6
17145	fluorinated graphene	-0.3346	-0.2287	3	7
17137	fluoride	0.526	0.0787	2	10
17130	fluorescent signal	0.8034	0.7482	2	5
17129	fluorescent sensor	0.6189	0.6918	2	15
17128	fluorescent sensing	0.6381	0.5861	2	11
17123	fluorescent property	0.5173	0.4536	7	8
17121	fluorescent probe	0.7356	0.6322	2	25
17111	fluorescent material	0.1834	0.5028	6	7
17109	fluorescent labels	0.5866	0.7307	2	6
17108	fluorescent intensity	0.7159	0.6611	2	7
17101	fluorescent dyes	0.8156	0.7046	2	96
17100	fluorescent detection	0.9923	0.7545	2	14
17090	fluorescent assay	0.9191	0.5878	2	5
17078	fluorescence switching	0.8632	0.6384	2	5
17075	fluorescence spectroscopy	0.5825	0.3303	2	56
17072	fluorescence spectra	0.5267	0.1584	7	12
17070	fluorescence signal	0.7008	0.7285	2	22
17069	fluorescence sensor	1.1045	0.5673	2	9
17068	fluorescence sensing	0.8766	0.4996	2	7
17065	fluorescence resonance energy transfer	0.782	0.7789	2	88
17062	fluorescence recovery	0.9317	0.7013	2	15
17058	fluorescence quenching	0.5142	0.5602	2	97
17057	fluorescence quenchers	0.9871	0.6516	2	5
17055	fluorescence quantum yield	0.2658	0.233	4	7
17053	fluorescence property	0.5289	0.4647	2	13
17051	fluorescence probe	0.6956	0.5358	2	12
17047	fluorescence microscopy	0.5521	0.665	2	31
17046	fluorescence method	0.9738	0.6929	2	5
17040	fluorescence lifetime	0.1718	0.5006	2	5
17037	fluorescence intensity	0.7555	0.5918	2	37
17033	fluorescence imaging	0.7262	0.7985	2	40
17031	fluorescence enhancement	0.6511	0.4984	2	11
17028	fluorescence emission spectra	0.3484	0.3768	6	11
17026	fluorescence emission	0.5728	0.6318	2	15
17022	fluorescence detection	0.8453	0.6227	2	10
17018	fluorescence biosensor	0.8343	0.7022	2	4
17013	fluorescence assay	0.5437	0.6684	2	4
17011	fluorescence anisotropy	0.5445	0.7672	2	4
17010	fluorescence analysis	0.945	0.7136	2	50
17007	fluorescence	0.614	0.5897	2	414
17006	fluoresceins	0.753	0.7755	2	6
17002	fluorescein isothiocyanate	0.9428	0.7026	2	15
17000	fluorescein derivative	0.7535	0.7812	2	7
16998	fluorescein 5 isothiocyanate	0.8523	0.8922	2	4
16997	fluorescein	0.8847	0.6865	2	14
16995	fluorene	0.6573	0.223	2	9
16994	fluoranthene	0.936	0.1769	2	5
16988	fluidity	0.0853	-0.7711	4	4
16985	fluidic device	0.577	0.4697	2	7
16955	flower like structure	0.5787	-0.5017	5	5
16953	flower like	0.4789	-0.5717	5	8
16951	flowcharting	0.4344	0.4594	2	8
16942	flow rate	0.3291	-0.0347	2	23
16939	flow of gase	-0.1162	-0.3414	3	10
16937	flow kinetic	0.3718	-0.0967	4	6
16927	flow cytometry	0.8596	0.8292	2	18
16902	flocculation	0.2662	-0.2459	4	7
16891	flexural modulus	0.151	-0.9223	4	9
16881	flexible transparent conductive film	0.1109	0.0348	3	4
16877	flexible supercapacitor	0.7666	-0.7143	5	8
16876	flexible substrate	-0.1654	0.2384	3	20
16875	flexible structure	0.105	-0.0611	3	7
16867	flexible polymer substrate	-0.257	0.309	3	5
16866	flexible polymer	-0.1405	-0.5431	4	4
16865	flexible polyimide substrate	-0.1297	0.1551	3	4
16856	flexible optoelectronic	-0.213	0.4705	3	4
16849	flexible material	0.0425	-0.0103	3	5
16839	flexible film	0.5012	-0.2879	4	9
16834	flexible electronic device	-0.1008	-0.0803	3	10
16833	flexible electronic	-0.1726	0.3097	3	52
16831	flexible electrode	0.3691	-0.1247	5	40
16826	flexible displays	-0.0532	0.2936	3	12
16824	flexible device	-0.1768	0.1989	3	19
16816	flexible composite	0.2798	-0.505	4	9
16804	flexible	0.0098	0.1467	3	39
16802	flexibility	0.3162	0.0476	5	9
16798	flavonoids	0.9522	0.2063	2	24
16784	flat surface	-0.477	-0.0682	1	7
16783	flat substrate	-0.4043	-0.1622	3	4
16781	flat panel displays	-0.2668	0.2103	3	4
16776	flat band	-0.875	0.0337	1	4
16773	flash memory	-0.4427	0.5153	3	5
16769	flammability testing	0.4294	-0.8004	4	4
16768	flammability property	0.3577	-0.8988	4	8
16767	flammability	0.3352	-0.4783	4	4
16761	flame retardants	0.4223	-0.6879	4	30
16759	flame retardant property	0.3743	-0.8459	4	16
16753	flame retardancy	0.4417	-0.7801	4	22
16752	flame retardance	0.3975	-0.8755	4	9
16751	flame resistance	0.4006	-0.7803	4	5
16745	flame atomic absorption spectrometry	1.2193	0.1185	2	6
16740	flake like structure	0.5849	-0.7985	5	5
16738	flake graphite	0.3716	-0.4126	4	27
16728	fixed bed	0.4004	-0.3274	2	4
16715	fish	0.9878	0.3391	2	11
16712	fischer tropsch synthesis	0.2925	-0.6147	5	4
16703	first principles study	-0.7069	-0.4578	1	134
16702	first principles simulation	-0.5184	-0.1406	1	8
16698	first principles method	-0.8072	-0.3101	1	46
16697	first principles investigation	-0.648	-0.4922	1	19
16694	first principles density functional theory	-0.6034	-0.4555	1	32
16693	first principles density functional calculation	-0.6517	-0.2108	1	7
16691	first principles calculation	-0.7168	-0.3815	1	387
16690	first principles approach	-0.711	-0.2521	1	7
16688	first principle study	-0.7824	-0.4836	1	23
16685	first principle method	-0.7779	-0.6141	1	10
16683	first principle calculation	-0.6605	-0.4525	1	53
16681	first principle	-0.6717	-0.378	1	147
16672	first order kinetic	0.6919	-0.8364	7	4
16670	first hyperpolarizability	-0.6678	-0.0445	1	7
16669	first discharge capacity	0.9544	-1.0829	5	8
16668	first discharge	0.6805	-0.825	5	13
16667	first cycle	0.5337	-0.6331	5	6
16666	first brillouin zone	-1.0459	-0.09	1	4
16662	fire safety	0.4368	-0.6586	4	4
16657	fire resistance	0.2569	-0.652	4	9
16654	fire hazards	0.5164	-0.7217	4	9
16650	fire	0.4159	-0.5022	4	5
16644	finite temperature	-0.8892	-0.1194	1	11
16639	finite size effect	-0.7042	-0.0028	1	6
16634	finite element simulation	-0.5648	-0.4447	4	5
16630	finite element method simulation	-0.6175	0.4924	6	4
16628	finite element method	-0.684	-0.2386	1	47
16626	finite element analysis	-0.5797	-0.3298	1	6
16621	finite difference time domain simulation	-0.6221	0.6638	6	8
16620	finite difference time domain method	-0.8532	0.5129	6	31
16619	finite difference time domain	-0.968	0.4563	6	6
16612	finite bias	-1.0125	0.2099	1	4
16604	fine structure	-0.7085	-0.0308	1	5
16599	fine dispersion	0.3088	-0.6746	4	5
16596	filtration process	0.6315	-0.1401	4	4
16595	filtration method	0.2514	-0.3418	5	5
16591	filtration	0.5846	-0.088	7	52
16588	filtering characteristic	-0.8138	0.7913	6	5
16581	filter	-0.5177	0.4365	6	6
16579	film thickness	-0.1414	-0.0353	3	6
16571	film preparation	0.2118	-0.1266	4	218
16568	film modified electrode	1.2664	0.2023	2	31
16560	film growth	-0.2219	-0.2512	3	48
16557	film forming	0.7588	0.0377	2	8
16556	film formation	0.0473	-0.303	4	5
16554	film electrode	0.765	0.0866	5	10
16548	film	0.197	0.0952	4	136
16545	filling factor	-1.161	0.0954	1	5
16544	filling	-0.4991	-0.3179	1	7
16543	fillers	0.0994	-0.6842	4	121
16539	filler loading	-0.0061	-0.6711	4	4
16537	filler contents	0.0839	-0.7196	4	12
16532	filled polymer	0.1646	-0.6091	4	43
16529	fill factor	0.1339	0.38	3	12
16524	figure of merit	-0.5475	0.3385	6	15
16517	field strength	-1.0962	0.2026	1	6
16508	field induced	-1.0777	0.2515	1	4
16507	field enhancement factor	-0.2864	0.1371	3	19
16505	field enhancement	-0.6421	0.4273	6	5
16504	field emitter	-0.2253	0.0089	3	18
16501	field emission transmission electron microscopy	1.1299	-0.811	5	4
16496	field emission scanning electron microscopy	0.7686	-0.3947	5	251
16494	field emission property	-0.1493	-0.1038	3	63
16493	field emission microscopy	0.6873	-0.4782	5	162
16492	field emission mechanism	-0.5709	-0.0614	3	4
16490	field emission electron source	-0.5379	0.1047	3	6
16488	field emission displays	-0.1975	0.1683	3	9
16487	field emission device	-0.1812	0.075	3	14
16485	field emission current	-0.4395	0.1808	3	5
16484	field emission characteristic	-0.3175	-0.1152	3	15
16483	field emission cathode	-0.1133	0.0227	3	16
16482	field emission behavior	-0.2478	-0.131	3	5
16480	field emission application	-0.2293	0.2753	3	4
16479	field emission	-0.244	0.0025	3	150
16474	field electron emission	-0.5113	0.0415	3	9
16470	field effect transistor	-0.5201	0.3691	3	275
16467	field effect mobility	-0.5316	0.2713	3	12
16465	field effect	-0.4977	0.2982	3	14
16446	fibroblast	0.8072	0.6424	2	12
16428	fiber taper	-0.6085	0.9478	6	4
16427	fiber surface	0.0525	-0.6936	4	4
16417	fiber ring laser	-0.7371	0.9575	6	5
16409	fiber optic technology	-0.4978	0.937	6	9
16407	fiber optic sensor	0.1841	0.4006	6	53
16404	fiber optic	-0.2976	0.7272	6	21
16398	fiber laser	-0.687	1.0104	6	192
16383	fiber bragggrating	-0.4176	0.9028	6	9
16381	fiber bonding	0.2609	-0.6137	4	5
16376	fiber	-0.0143	0.1956	6	168
16360	few layers graphene	-0.123	0.141	3	4
16354	few layer graphene	-0.2287	-0.099	3	190
16353	few layer	-0.4446	-0.1906	3	8
16350	fetoprotein	1.1552	0.5315	2	14
16343	fet	-0.5771	0.5026	3	5
16340	ferumoxytol	1.0633	0.3144	2	18
16339	ferulic acid	1.165	0.3014	2	4
16333	ferrous ion	0.9949	0.2999	2	25
16331	ferrous compound	1.1262	0.3918	2	18
16328	ferrosoferric oxide	1.1006	0.2895	2	17
16327	ferromagnets	-1.1313	-0.0451	1	14
16325	ferromagnetism	-0.985	-0.1424	1	92
16322	ferromagnetic state	-1.0332	-0.3041	1	14
16317	ferromagnetic property	-0.4927	-0.3582	1	10
16315	ferromagnetic ordering	-0.9979	-0.2375	1	5
16312	ferromagnetic metal	-1.0677	-0.0952	1	5
16311	ferromagnetic material	-1.0057	-0.0763	1	67
16309	ferromagnetic leads	-1.2484	0.1141	1	6
16304	ferromagnetic ground state	-0.997	-0.324	1	5
16297	ferromagnetic electrode	-1.0244	0.0036	1	7
16296	ferromagnetic coupling	-0.7621	-0.4623	1	10
16295	ferromagnetic correlation	-1.0766	-0.2605	1	4
16291	ferromagnetic behavior	0.2486	-0.3132	5	18
16287	ferroferric oxide	1.2541	0.1814	2	8
16286	ferroelectricity	-0.3901	0.3751	3	8
16282	ferroelectric material	-0.3471	0.3743	3	4
16276	ferrocyanide	1.128	0.2378	2	13
16262	ferrocene derivative	0.9462	0.3371	2	5
16258	ferrocene	0.7321	0.1803	2	32
16253	ferrite	0.1237	0.1314	7	19
16248	ferrimagnetic material	0.7842	-0.131	7	4
16247	ferricyanide	1.1526	0.3937	2	10
16241	ferric oxide	1.0651	0.1859	2	40
16239	ferric ion	0.8185	0.2392	2	47
16238	ferric hydroxide	0.8111	0.0134	2	5
16236	ferric ferrocyanide	1.2423	0.4483	2	20
16235	ferric compound	0.8885	0.2307	2	39
16233	ferric chloride	0.4116	0.22	2	5
16230	fermion	-0.9331	0.0476	1	14
16229	fermi velocity	-1.0412	-0.0071	1	24
16227	fermi level shift	-0.6208	-0.0273	1	4
16225	fermi level	-0.8836	0.0717	1	77
16224	fermi energy	-1.0358	0.0962	1	24
16208	fenton reaction	0.8025	0.1802	7	10
16193	femtoseconds	-0.7222	0.7666	6	14
16184	femtosecond laser writing	-0.7333	1.0988	6	4
16177	femtosecond laser	0.0254	0.6108	6	8
16175	femto second laser	-0.4491	0.4491	6	4
16174	femit dirac distribution	-1.0124	0.8537	6	4
16172	female	0.9228	0.9306	2	48
16170	felt	0.8129	-0.1254	2	5
16166	feed ratio	0.4027	-0.054	4	6
16149	feasibility study	0.7503	0.4704	2	25
16126	fe3o4 nanoparticle	0.8462	-0.1775	5	17
16122	fe3o4	0.5153	-0.3717	5	24
16112	fe2o3	1.2579	-0.2112	2	7
16141	fe<inf>3</inf>o<inf>4</inf>	1.0207	-0.2291	7	5
16095	fe pt nanoparticle	0.9302	0.1797	2	6
16094	fe property	0.4069	-0.2983	7	5
16092	fe nanoparticle	0.1849	-0.6095	5	4
16085	fe catalyst	-0.0492	-0.4531	5	5
16083	fe atom	-0.5833	-0.5962	1	5
16078	fe 3o 4 nanoparticle	1.0528	-0.2615	7	7
16075	fe 3o 4	0.9919	-0.3271	5	8
16062	favorable condition	0.4311	0.1156	2	4
16057	fatty acid	0.4985	0.2126	2	17
16049	fatigue of material	0.1698	-0.6911	4	6
16042	fatigue crack propagation	-0.0199	-0.8688	4	4
16032	fast switching	-0.059	0.3116	3	4
16029	fast response time	0.2891	0.3959	3	18
16027	fast response	0.3008	0.3501	3	23
16018	fast ion transport	0.4347	-0.6034	5	4
16016	fast ion	-0.0501	-0.7176	5	5
16012	fast electron transport	0.6719	-0.5041	5	10
16011	fast electron transfer	1.0013	-0.2536	5	28
16010	fast electron radiation	1.3323	0.2904	2	4
16009	fast electron	-0.0479	-0.0423	5	7
16004	fast charge	-0.0085	0.007	3	4
15981	far infrared	-0.8068	0.5187	6	13
15977	fano resonance	-0.8853	0.4478	6	16
15976	fano factor	-1.1484	0.1401	1	15
15971	failure strain	-0.191	-0.9219	4	5
15967	failure mechanism	-0.392	-0.5314	4	8
15950	facile synthesis	0.6059	-0.3473	5	112
15946	facile procedure	0.5159	-0.161	5	4
15945	facile preparation	0.6296	-0.3624	5	51
15941	facile method	0.3037	-0.2509	4	56
15937	facile fabrication	0.1896	0.0079	4	34
15930	face centered cubic	0.3742	-0.3551	5	9
15923	fabry perot resonance	-1.0065	0.4085	1	5
15921	fabry perot interferometer	-0.7941	0.4736	6	16
15919	fabry perot cavity	-0.5271	0.4012	6	4
15915	fabrication technique	-0.1228	0.1985	3	4
15914	fabrication strategy	0.1951	-0.2107	4	11
15913	fabrication process	-0.237	0.182	3	42
15912	fabrication procedure	-0.2962	0.3662	3	7
15907	fabrication method	-0.1679	-0.0558	3	28
15905	fabrication and characterization	-0.1046	0.3819	6	13
15904	fabrication	-0.0769	0.2203	3	121
15901	fabricated sensor	0.5643	0.3923	2	8
15900	fabricated device	-0.4012	0.3946	3	4
15878	extrusion	0.15	-0.8157	4	6
15872	extraction time	1.088	0.2292	2	14
15871	extraction temperature	1.0469	0.1927	2	9
15863	extraction procedure	0.8633	0.1526	2	6
15858	extraction efficiency	1.1017	0.2456	2	46
15857	extraction condition	1.0175	0.2338	2	6
15853	extraction	0.9682	0.2523	2	140
15847	extracellular polymeric substance	0.8988	0.3232	2	4
15846	extracellular matrix	0.7794	0.7279	2	8
15843	extracellular electron transfer	0.8992	0.2692	2	8
15837	extinction ratio	-0.6857	0.7154	6	16
15836	extinction coefficient	-0.1298	0.3695	6	4
15834	external voltage	-0.912	0.2481	1	4
15833	external temperature	0.1882	0.1165	5	4
15832	external surface	0.4112	-0.281	5	4
15831	external strains	-0.8399	-0.5353	1	4
15830	external stimulus	0.2152	-0.0254	4	8
15827	external quantum efficiency	-0.2293	0.6335	3	6
15826	external pressure	-0.3958	-0.3702	1	5
15820	external magnetic field	-0.5537	0.0703	1	54
15815	external field	-1.0856	0.1039	1	10
15811	external electric field	-0.728	0.0158	1	56
15799	extended x ray absorption fine structure spectroscopy	0.6548	-0.214	7	5
15793	extended light absorption	0.9416	-0.4381	7	4
15786	exposure time	0.1528	0.0073	3	5
15782	exposed to	0.0575	0.0261	3	6
15773	explosives detection	0.6939	0.3245	2	19
15763	explosive agent	0.8901	0.238	2	6
15762	explosive	0.2657	0.1226	2	15
15749	experimental value	-0.5388	-0.2456	1	9
15747	experimental technique	-0.3603	-0.082	1	8
15745	experimental study	-0.1922	0.0631	1	34
15739	experimental research	-0.4152	-0.1673	1	4
15737	experimental realization	-0.6286	0.1779	1	6
15734	experimental procedure	0.1217	-0.4973	4	5
15731	experimental parameter	0.5714	0.0702	2	35
15730	experimental observation	-0.5781	-0.091	1	32
15729	experimental neoplasm	0.9001	0.9233	2	4
15728	experimental method	-0.0727	0.0897	3	4
15726	experimental measurement	-0.7767	-0.055	1	10
15725	experimental investigation	-0.5245	0.0045	4	23
15722	experimental evidence	-0.5347	-0.1442	1	13
15716	experimental data	-0.6392	-0.0529	1	14
15715	experimental condition	0.2794	-0.0317	2	93
15714	experimental characterization	-0.361	-0.1576	1	6
15709	experiment condition	0.1935	-0.0919	3	4
15707	experiment	-0.422	-0.0232	1	30
15696	expansion	-0.5855	-0.2175	1	4
15691	expanded graphite	0.1643	-0.4972	4	42
15690	expandable graphite	0.1981	-0.6937	4	15
15688	exotic property	-0.3673	-0.0564	5	4
15685	exothermic process	0.3187	-0.6534	7	6
15684	exothermic peak	0.0821	-0.9727	4	4
15681	exonuclease iii	0.8975	0.7549	2	8
15675	exonuclease	0.7899	0.8372	2	13
15673	exodeoxyribonuclease iii	0.9341	0.8955	2	9
15671	exodeoxyribonuclease	0.9289	0.8742	2	9
15668	existing problem	0.4577	0.1402	7	5
15667	exhibition	-0.2213	-0.0643	3	17
15665	exhaust gas	0.1889	-0.272	7	5
15659	exfoliation process	0.1242	-0.1407	4	16
15655	exfoliation	0.1995	-0.3329	4	29
15649	exfoliated graphite	0.2318	-0.4621	4	40
15648	exfoliated graphene	0.1148	-0.0623	4	48
15641	excitons	-0.7698	0.2217	1	32
15624	exciton dissociation	0.0291	0.5921	3	7
15623	exciton binding energy	-0.9682	0.1659	1	10
15618	excited state	-0.5925	0.2803	1	18
15613	excited carriers	-0.9159	0.4257	6	4
15610	excitation wavelength	-0.1404	0.2993	6	23
15595	excitation	0.1531	0.7399	2	15
15590	exchange splitting	-1.1937	0.0023	1	16
15585	exchange interaction	-0.9795	-0.0457	1	4
15583	exchange field	-1.2515	0.0268	1	11
15582	exchange energy	-1.1915	0.0873	1	4
15580	exchange current density	0.7372	-0.4966	5	12
15571	excellent solubility	0.5754	-0.0474	2	10
15570	excellent photocatalytic activity	1.0679	-0.3004	7	27
15569	excellent performance	0.4775	0.2448	2	22
15548	evolution mechanism	-0.3371	-0.7511	1	4
15540	evaporation method	-0.4658	0.872	6	5
15537	evaporation	0.1422	-0.2261	7	25
15534	evanescent wave	-0.811	0.3968	1	6
15530	evanescent field	-0.5499	0.8445	6	21
15528	evaluation study	1.1285	0.4654	2	52
15524	evaluation	0.7952	0.3496	2	23
15514	europium	0.408	0.2692	2	26
15498	ethylenediamine	1.0714	-0.0118	2	12
15495	ethylene vinyl acetate copolymer	0.4427	-0.9205	4	4
15494	ethylene vinyl acetate	0.2714	-0.7357	4	6
15490	ethylene oxide	0.4276	-0.2918	7	7
15483	ethylene glycol dimethacrylate	0.9833	0.2997	2	8
15482	ethylene glycol	0.7038	-0.3916	5	122
15477	ethylene diamine	0.743	-0.2254	7	27
15473	ethylene	0.2733	-0.4035	4	107
15469	ethylbenzene	0.5716	-0.0379	2	9
15464	ethyl methacrylate	0.6232	0.1187	4	5
15456	ethers	0.3334	-0.4071	4	41
15450	ethanolamine	0.6453	0.2969	7	7
15448	ethanol water solvent	1.1724	-0.4348	7	4
15446	ethanol water	0.6311	-0.2841	7	4
15444	ethanol solution	0.3168	-0.7377	4	7
15441	ethanol oxidation reaction	0.831	-0.8457	5	9
15440	ethanol oxidation	0.9574	-0.7721	5	26
15439	ethanol fuel	1.0003	-0.8726	5	7
15434	ethanol electro oxidation	0.9769	-0.7656	5	22
15429	ethanol	0.321	-0.2261	5	132
15422	etching process	-0.3689	-0.0153	3	8
15418	etching effect	-0.3006	-0.6938	3	4
15416	etching	-0.2172	-0.145	3	30
15412	estrogens	1.0378	0.3454	2	5
15407	estradiol	1.17	0.3244	2	5
15406	esters	0.2759	-0.1905	4	114
15405	esterification reaction	0.6301	-0.4319	4	12
15404	esterification	0.6298	-0.2282	4	37
15390	escherichia coli o157:h7	1.068	0.4667	2	7
15383	escherichia coli	0.9007	0.4363	2	77
15376	erythrocyte	0.9258	0.7111	2	6
15374	error detection	0.6941	0.5859	2	25
15373	erosion resistance	0.0536	-0.815	4	4
15361	erbium doped fiber laser	-0.7021	1.0358	6	58
15359	erbium doped fiber	-0.6954	0.9915	6	5
15357	erbium	-0.5424	0.9176	6	51
15352	er doped fiber laser	-0.7099	1.0688	6	19
15345	equivalent series resistance	0.4066	-0.6368	5	12
15338	equivalent circuit model	-0.7035	0.5108	3	12
15336	equivalent circuit	-0.6618	0.4642	3	7
15330	equipment failure analysis	0.1799	0.6129	2	137
15329	equipment failure	0.0618	0.6221	6	35
15328	equipment design	0.2465	0.6216	2	198
15327	equipment	0	0.5623	3	96
15323	equilibrium swelling	0.7597	-0.2413	4	5
15306	equilibrium constant	0.5593	-0.1193	7	10
15298	equilibrium adsorption	0.7207	-0.1418	7	9
15296	equilibrium	0.1219	-0.2958	3	4
15288	equations of motion	-0.9878	-0.3091	1	7
15273	epoxy resin composite	0.2319	-0.8614	4	4
15272	epoxy resin	0.1436	-0.7017	4	92
15269	epoxy nanocomposite	0.0476	-0.7046	4	19
15266	epoxy matrix	-0.0275	-0.6892	4	13
15265	epoxy group	-0.168	-0.5314	1	15
15261	epoxy composite	0.1307	-0.6833	4	26
15257	epoxy	0.1342	-0.7858	4	21
15254	epoxide ring opening reaction	0.8873	-0.197	4	8
15253	epoxide group	0.1262	-0.3217	4	6
15252	epoxide	0.5676	0.1308	2	17
15250	epoxidation	0.9289	-0.3455	4	9
15247	epithelial cells	0.7001	0.6124	2	6
15244	epitaxially grown	-0.7551	0.0709	1	22
15238	epitaxial growth	-0.5668	-0.082	3	107
15237	epitaxial graphene	-0.6536	0.0283	3	83
15236	epitaxial grapheme	-0.5784	0.0348	6	7
15235	epitaxial film	-0.6274	-0.1633	3	9
15229	epinephrine	1.4441	0.0237	2	5
15224	epichlorohydrin	0.886	-0.3888	7	4
15217	eosin y	0.6512	0.0393	7	6
15215	enzymology	0.9532	0.6597	2	15
15214	enzymic biosensor	1.1186	0.4559	2	13
15213	enzymes. immobilized	1.1511	0.433	2	55
15208	enzymeless	1.3334	0.0882	2	7
15199	enzyme substrate	0.9557	0.5424	2	9
15195	enzyme stability	1.0464	0.4671	2	10
15194	enzyme specificity	0.5694	0.5564	2	6
15193	enzyme sensor	1.3058	0.0261	2	6
15182	enzyme mimetic	0.9407	0.509	2	4
15181	enzyme metabolism	0.9885	0.5345	2	4
15180	enzyme mechanism	1.0801	0.555	2	15
15176	enzyme linked immunosorbent assay	1.1204	0.7456	2	33
15174	enzyme kinetic	0.6803	-0.3369	7	24
15173	enzyme inhibitors	0.9782	0.7058	2	7
15170	enzyme inhibition	0.919	0.6439	2	18
15169	enzyme immunoassay	1.1574	0.5462	2	5
15168	enzyme immobilization	1.0529	0.315	2	62
15165	enzyme free	1.107	0.4797	2	4
15163	enzyme electrode	1.1653	0.317	2	31
15148	enzyme assay	0.9417	0.7317	2	22
15146	enzyme analysis	1.0922	0.5849	2	8
15144	enzyme activity	0.9473	0.6019	2	101
15143	enzyme active site	0.9092	0.6738	2	4
15142	enzyme activation	0.8684	0.8444	2	7
15141	enzyme	0.9471	0.3893	2	125
15138	enzymatic reaction	0.7839	0.4977	2	6
15131	enzymatic degradation	0.7504	0.6128	2	4
15126	enzymatic activity	0.9448	0.4235	2	8
15116	environmentally friendly	0.5547	-0.2421	5	68
15113	environmentally benign	0.4989	-0.4208	5	24
15112	environmental water sample	1.0596	0.2873	2	36
15111	environmental water	1.1736	0.3094	2	11
15104	environmental temperature	0.0669	0.0485	1	15
15103	environmental technology	0.432	-0.1656	7	8
15101	environmental system	0.8409	0.3997	2	4
15098	environmental stability	0.2029	-0.0091	3	9
15092	environmental sample	1.0155	0.3411	2	12
15088	environmental risk	0.7772	0.4504	2	5
15085	environmental remediation	0.7503	-0.1995	7	29
15082	environmental purification	0.9351	-0.1529	7	8
15079	environmental protection	0.5425	-0.145	4	21
15078	environmental problem	0.4739	-0.2555	7	9
15074	environmental pollution	0.7795	-0.2649	7	26
15073	environmental pollutant	0.8451	0.0514	2	36
15066	environmental monitoring	0.6729	0.3359	2	33
15063	environmental management	1.0478	-0.2542	7	4
15060	environmental issues	0.5708	0.0343	7	6
15056	environmental implication	0.7327	0.2323	2	5
15054	environmental impact	0.6899	0.2083	2	14
15048	environmental friendly method	1.1822	-0.0039	5	4
15047	environmental friendly	0.6802	-0.2254	4	25
15046	environmental friendline	0.4491	-0.2743	5	6
15044	environmental fate	0.9954	0.3072	2	4
15043	environmental factor	0.3832	0.3219	2	4
15042	environmental exposure	0.58	0.634	2	5
15040	environmental engineering	0.4964	-0.0985	7	14
15030	environmental condition	0.2017	0.0637	3	6
15026	environmental cleanup	0.9143	-0.181	7	10
15019	environmental behavior	0.8483	0.3848	2	5
15016	environmental area	0.7894	-0.319	7	4
15015	environmental application	0.7199	-0.0843	7	23
15014	environmental analysis	1.1841	0.1572	2	6
15003	environment friendly	0.7654	-0.2477	5	34
14996	environment	0.7263	0.239	2	6
14995	entropy	0.1453	0.0515	7	11
14989	enthalpy	0.2699	-0.2842	4	17
14974	enrichment of phosphopeptide	0.9883	0.3193	2	4
14973	enrichment factor	0.9089	0.2123	2	9
14969	enrichment	1.0259	0.3107	2	9
14967	enolase	0.9243	0.6365	2	4
14965	enhancing effect	0.7561	-0.1369	7	4
14962	enhancement ratio	0.1266	-0.1567	6	8
14960	enhancement mechanism	-0.0501	0.1881	6	14
14959	enhancement factor	-0.1873	0.2918	6	30
14958	enhancement effect	0.4527	0.0683	2	22
14955	enhanced thermal conductivity	-0.0329	-0.3442	4	13
14954	enhanced surface	0.8711	-0.3919	7	5
14952	enhanced stability	0.1181	-0.005	3	7
14950	enhanced sensitivity	0.2253	0.4208	6	20
14944	enhanced raman scattering	-0.3271	0.4349	6	10
14942	enhanced property	0.3964	-0.5056	4	15
14937	enhanced performance	0.0123	0.0259	3	6
14932	enhanced light absorption	0.2006	0.3738	6	8
14925	enhanced fluorescence	0.5305	0.6061	2	7
14924	enhanced field emission	-0.264	0.0506	3	12
14919	enhanced efficiency	0.441	-0.0599	5	5
14915	enhanced conductivity	0.4576	-0.5098	5	10
14913	enhanced catalytic activity	0.9124	-0.5395	5	44
14908	enhanced adsorption	0.9875	-0.2413	7	13
14906	enhanced absorption	-0.3437	0.5095	6	13
14903	engineering technology	-0.1597	-0.0078	1	12
14901	engineering research	-0.033	0.2305	4	5
14894	engineering application	-0.231	-0.4111	4	8
14892	engineering	-0.0425	0.4462	6	9
14876	energy yield	0.3321	0.3582	2	6
14873	energy utilization	-0.0039	0.2148	3	22
14863	energy transfer	0.1679	0.5244	2	153
14858	energy storage/conversion device	0.2947	0.1444	4	5
14855	energy storage system	0.3046	-0.2837	5	26
14853	energy storage material	0.3581	-0.7081	5	10
14848	energy storage capacity	0.5825	-0.7542	5	5
14847	energy storage application	0.6428	-0.6049	5	36
14846	energy storage and conversion	0.6796	-0.6692	5	70
14845	energy storage	0.4768	-0.609	5	156
14842	energy spectra	-1.1006	0.1158	1	15
14840	energy source	0.3273	-0.1792	7	5
14835	energy resource	0.6644	0.0073	7	14
14829	energy range	-0.9133	0.1354	1	5
14824	energy policy	0.6046	-0.284	7	7
14811	energy material	0.1831	-0.0322	5	6
14809	energy management	-0.323	-0.0714	1	6
14803	energy level alignment	-0.1774	0.274	3	4
14802	energy level	-0.8726	0.1753	1	6
14794	energy harvesting	-0.1503	0.2844	3	14
14789	energy gap	-0.7537	-0.0361	1	311
14774	energy efficient	0.083	-0.1636	3	7
14773	energy efficiency	0.1441	-0.0869	3	42
14769	energy distribution	-0.6895	0.1982	1	4
14767	energy dissipation	-0.6174	0.0227	1	32
14766	energy dispersive x ray spectroscopy	0.8363	-0.4244	5	96
14765	energy dispersive x ray spectrometry	1.0429	-0.1936	7	8
14763	energy dispersive x ray analysis	0.9031	-0.4591	7	9
14762	energy dispersive x ray	0.7701	-0.1964	7	36
14761	energy dispersive spectrum	0.7381	0.0546	2	6
14760	energy dispersive spectroscopy	0.7397	-0.503	5	120
14759	energy dispersive spectroscopies	0.7669	-0.6106	5	7
14758	energy dispersive spectrometry	0.1101	-0.6925	5	7
14756	energy dispersive spectrometers	0.9544	-0.3978	5	14
14750	energy dispersion	-1.099	0.0946	1	13
14747	energy difference	-0.8543	-0.1103	1	10
14741	energy density	0.4405	-0.5853	5	53
14734	energy conversion device	0.0937	0.1107	7	8
14733	energy conversion and storage	0.3299	-0.1364	5	20
14732	energy conversion	0.2968	-0.0507	7	126
14729	energy conservation	0.0323	-0.16	5	13
14720	energy barrier	-0.3797	-0.5866	1	16
14718	energy band structure	-0.9252	0.0505	1	9
14716	energy band gap	-1.1456	-0.4588	1	4
14715	energy band engineering	-0.5905	0.0997	6	4
14710	energy band	-1.0034	-0.046	1	5
14708	energy balance equation	-1.0511	0.3956	1	5
14706	energy application	0.3945	-0.1008	5	9
14703	energy acceptors	0.4703	0.7177	2	6
14701	energy absorption	-0.0867	0.116	1	7
14698	energy	0.1746	0.2583	7	57
14697	energetic stability	-0.6995	-0.491	1	11
14685	endothermic process	0.9944	-0.305	7	6
14681	endothelial cells	0.69	0.6276	2	14
14672	endonuclease	0.8714	0.7541	2	9
14662	endocytosis	0.8697	0.838	2	19
14657	endocrine disruptor	1.1666	0.1173	2	8
14654	endocrine disrupting chemical	1.0827	0.1066	2	6
14640	encapsulation	0.5255	0.2557	2	28
14634	enantioselectivity	0.7358	0.2683	2	11
14628	enantiomers	-0.1847	-0.0336	1	29
14624	enamels	0.857	-0.2628	7	23
14621	emulsion polymerization	0.5906	-0.3423	4	20
14618	emulsion	0.6022	-0.1498	4	14
14614	emulsification	0.5357	-0.3308	4	44
14611	empirical potential	-0.6522	-0.3253	1	4
14605	emission wavelength	0.3794	0.4736	2	8
14601	emission stability	-0.1267	-0.24	3	9
14599	emission spectrums	-0.5264	0.3228	6	6
14598	emission spectroscopy	-0.1879	-0.0676	1	47
14594	emission performance	-0.3026	-0.0223	3	16
14593	emission peak	-0.0382	0.1453	3	4
14587	emission intensity	0.283	0.365	6	4
14580	emission efficiency	-0.1655	0.3007	3	4
14577	emission current density	-0.2651	-0.0129	3	9
14576	emission current	-0.3434	-0.0065	3	12
14566	emi shielding effectiveness	0.1089	-0.7835	4	8
14565	emi shielding	0.0236	-0.5566	4	11
14563	emerging technology	-0.2918	0.394	3	8
14562	emerging material	-0.1994	0.1414	3	4
14559	emerging application	-0.2022	0.0571	3	5
14548	embryo	0.9225	0.8197	2	7
14536	elution	1.0619	0.2289	2	9
14529	elongation at break	0.4057	-0.6978	4	41
14517	elevated temperature	-0.2512	-0.2344	3	17
14515	elementary step	-0.2517	-0.4211	1	4
14504	elemental composition	0.4113	-0.6559	4	12
14502	elemental analysis	0.144	0.0645	1	10
14497	element analysis	0.5137	-0.3015	4	8
14487	electrostatics	-0.1788	0.1156	1	78
14482	electrostatic spray deposition technique	0.6326	-0.6704	5	5
14480	electrostatic spray deposition	0.5179	-0.4519	5	7
14476	electrostatic separators	0.4543	-0.2805	7	6
14472	electrostatic self assembly method	0.7577	-0.3581	7	14
14471	electrostatic self assembly	0.7286	-0.2468	5	52
14465	electrostatic repulsion	0.3785	-0.1407	4	27
14461	electrostatic potential	-0.8928	0.177	1	19
14457	electrostatic interaction	0.3379	0.123	2	14
14453	electrostatic force microscopy	-0.3896	0.1649	3	5
14452	electrostatic force	-0.3502	0.2094	3	5
14447	electrostatic doping	-0.6061	0.5911	6	6
14446	electrostatic discharge	0.037	-0.3022	4	7
14445	electrostatic device	-0.3788	0.0851	3	14
14440	electrostatic barrier	-1.246	0.2498	1	4
14438	electrostatic attraction	0.7681	-0.0855	7	69
14436	electrostatic assembly	0.8492	-0.3707	5	21
14435	electrostatic adsorption	0.9292	0.0637	2	24
14433	electrospuns	0.3935	-0.32	4	11
14430	electrospun nanofiber	0.4849	0.0011	7	4
14427	electrospun carbon nanofiber	0.5197	-0.9473	5	4
14425	electrospray mass spectrometry	0.9861	0.3858	2	8
14422	electrospray	0.2271	0.2973	3	4
14421	electrospinning technique	0.7542	-0.382	4	6
14419	electrospinning method	0.7143	-0.4282	5	10
14418	electrospinning	0.1697	-0.1629	4	51
14415	electrosorption	0.8237	-0.4099	7	13
14413	electrorheology	0.4027	-0.646	4	4
14408	electrorheological fluid	0.2278	-0.4426	4	4
14395	electropolymerization	0.9515	0.0765	2	59
14391	electroplating industry	0.7231	0.2164	2	11
14389	electroplating	0.6888	0.1763	2	26
14387	electrophysiology	0.3882	0.5568	2	12
14382	electrophoretic mobility	0.5083	0.2471	2	6
14378	electrophoretic deposition method	0.3751	-0.6108	4	5
14377	electrophoretic deposition	0.5323	-0.2581	5	57
14374	electrophoresis. polyacrylamide gel	0.998	0.4091	2	4
14373	electrophoresis. capillary	1.0377	0.337	2	11
14370	electrophoresis	0.3749	0.1305	3	88
14366	electrooxidation	1.0657	-0.5046	5	138
14363	electroosmosis	0.7504	0.2944	2	6
14359	electrooptical device	-0.6133	0.801	6	5
14355	electronwithdrawing	-0.0629	0.0041	3	4
14351	electronics packaging	-0.3086	-0.091	3	27
14350	electronics industry	-0.245	0.175	3	4
14349	electronics engineering	-0.7093	0.0584	1	10
14348	electronic wave function	-1.1191	0.0669	1	6
14344	electronic transport property	-0.8505	0.057	1	81
14340	electronic transport	-0.8832	0.0088	1	112
14339	electronic transmission	-0.454	0.1938	1	24
14337	electronic transition	-0.6093	0.1164	1	8
14332	electronic system	-0.6571	0.1763	1	4
14328	electronic structure calculation	-0.7586	-0.3105	1	8
14327	electronic structure and optical property	-0.829	0.0471	1	8
14326	electronic structure	-0.6665	-0.2769	1	419
14324	electronic state	-0.8163	-0.2465	1	20
14318	electronic sensor	0.9503	0.5107	2	17
14313	electronic property	-0.6209	-0.1371	1	461
14312	electronic properties of graphene	-0.7362	-0.1536	1	31
14305	electronic packaging	-0.3469	-0.4338	3	8
14295	electronic mobility	-0.3472	0.1852	3	5
14289	electronic material	-0.4311	0.111	3	19
14287	electronic interaction	-0.1425	-0.0162	1	16
14277	electronic excitation	-0.8426	0.0518	1	4
14274	electronic equipment	-0.0126	0.1689	3	31
14270	electronic energy loss	-0.2506	-0.0555	1	7
14264	electronic effect	-0.2508	-0.6338	1	4
14259	electronic device	-0.4841	0.0711	3	111
14256	electronic density of state	-0.7457	-0.2997	1	12
14247	electronic conductivity	0.612	-0.6421	5	132
14246	electronic conduction	-0.3454	-0.0656	3	8
14245	electronic conductance	-0.9394	-0.022	1	8
14238	electronic characteristic	-0.3366	0.0845	3	13
14233	electronic band structure	-0.8105	-0.181	1	29
14232	electronic band gap	-0.8907	-0.2205	1	11
14229	electronic application	-0.4264	0.0916	3	25
14227	electronic and structural property	-0.5651	-0.2413	1	4
14226	electronic and optical property	-0.6207	0.1903	1	21
14225	electronic and magnetic property	-0.8742	-0.4272	1	86
14221	electronic	-0.0069	0.5253	3	74
14220	electronegativity	-0.3384	-0.253	1	16
14202	electron wave	-1.044	0.2184	1	8
14200	electron tunneling	-0.8461	0.2082	1	19
14197	electron trapping	-0.2556	0.3952	3	4
14194	electron transporting	0.5553	0.0744	7	7
14192	electron transportation	0.0869	-0.2463	5	9
14190	electron transport property	-0.3917	0.0576	1	150
14188	electron transport layer	0.1622	0.6485	3	5
14185	electron transport	0.1084	0.3581	2	427
14182	electron transmission	-0.9663	0.0768	1	21
14180	electron transition	0.332	0.2074	2	169
14176	electron transfer resistance	1.0989	0.1566	2	17
14174	electron transfer rate constant	1.1476	0.0602	2	15
14173	electron transfer rate	0.9643	0.0983	2	32
14172	electron transfer process	0.9595	0.2588	2	17
14170	electron transfer mediators	1.1376	0.1558	2	8
14169	electron transfer mechanism	0.2658	0.2625	7	5
14168	electron transfer kinetic	1.0345	0.0086	2	20
14167	electron transfer efficiency	0.7531	0.2052	2	12
14165	electron transfer coefficient	1.2998	0.089	2	5
14154	electron transfer	0.4518	0.131	2	203
14150	electron system	-0.5184	0.1933	1	7
14148	electron structure	-0.3014	-0.3681	1	5
14145	electron state	-1.081	-0.1363	1	5
14143	electron spin resonance spectroscopy	-0.1948	-0.1075	1	19
14140	electron spin resonance	-0.0149	0.3074	1	9
14136	electron spectroscopy	-0.0496	-0.2853	3	11
14135	electron source	-0.3988	-0.0272	3	31
14132	electron scattering	-0.6597	0.1472	1	10
14131	electron rich	0.2689	0.0716	2	5
14128	electron reservoir	0.3894	-0.1639	7	5
14123	electron recombination	0.3039	0.282	3	7
14114	electron phonon scattering	-0.9474	0.2795	1	4
14112	electron phonon interaction	-0.9879	0.083	1	10
14111	electron phonon coupling	-0.9244	0.1027	1	10
14107	electron optic	-0.7169	0.5027	6	6
14106	electron occupation	-1.1972	-0.208	1	4
14101	electron mobility	-0.6746	0.1758	3	26
14099	electron microscopy image	-0.0148	-0.4919	4	4
14098	electron microscopy	0.3317	-0.2668	5	288
14096	electron mediator	1.0233	0.1462	7	7
14093	electron lifetime	0.3317	-0.0088	7	7
14089	electron irradiation	-0.5044	-0.2723	1	18
14088	electron interaction	-0.5799	0.0796	1	6
14085	electron injection	-0.1981	0.5167	3	5
14079	electron hole symmetry	-1.1173	0.0795	1	12
14078	electron hole separation	0.0563	-0.0531	7	12
14076	electron hole recombination	0.2012	0.1552	7	11
14073	electron hole pair	-0.0554	0.0747	7	58
14069	electron hole	-1.0033	0.156	1	4
14067	electron gas	-0.9771	0.1288	1	14
14065	electron field emission property	-0.205	-0.1798	3	4
14064	electron field emission	-0.2859	-0.0965	3	7
14061	electron extraction	0.1228	0.5192	3	6
14056	electron energy loss spectroscopy	-0.5616	-0.0418	1	30
14054	electron energy level	-0.7127	-0.0195	1	22
14052	electron energy	-0.8202	-0.0106	1	4
14048	electron emission	-0.4393	0.041	3	30
14046	electron electron interaction	-1.0677	0.073	1	9
14045	electron effective mass	-0.8672	-0.0455	1	4
14044	electron doping	-0.604	-0.1736	1	9
14042	electron donor acceptors	0.64	0.0683	2	11
14041	electron donor	0.0804	0.1236	4	15
14040	electron donating group	0.0746	0.2502	7	4
14034	electron diffraction	0.1291	-0.0341	4	52
14033	electron device manufacture	0.2206	0.3038	4	5
14032	electron device	-0.5675	0.2877	3	23
14030	electron density measurement	-0.6672	-0.1498	1	6
14027	electron density	-0.5178	-0.173	1	5
14025	electron deficient	0.2989	-0.2015	2	8
14023	electron cyclotron resonance plasma	-0.3835	-0.6695	4	6
14021	electron cyclotron resonance	-0.3356	-0.6157	4	4
14014	electron conductivity	-0.0724	-0.0278	5	26
14013	electron conduction	-0.2493	0.0627	3	6
14012	electron concentration	-0.6549	0.2281	1	5
14011	electron communication	0.6997	0.1672	4	5
14010	electron collectors	0.7903	-0.2555	7	7
13999	electron blocking layer	0.0089	0.6052	3	4
13995	electron beam lithography	-0.4621	0.2689	3	7
13994	electron beam irradiation	-0.4049	-0.1262	1	18
13987	electron beam	-0.4117	0.1085	1	49
13981	electron and hole	-0.8446	0.3218	1	21
13980	electron affinity	-0.1617	0.0093	3	6
13977	electron acceptor	0.094	0.1269	7	32
13976	electron accepting	0.1658	0.1924	3	4
13975	electron	-0.4059	0.1243	1	237
13967	electromechanical property	-0.2057	-0.07	3	11
13963	electromechanical device	-0.4245	-0.0301	1	18
13956	electromagnetism	-0.7125	0.2468	1	19
13954	electromagnetically induced transparency	-0.9334	0.6125	6	8
13952	electromagnetic wave reflection	-0.3737	0.396	6	6
13950	electromagnetic wave propagation	-0.8688	0.3737	6	4
13949	electromagnetic wave polarization	-0.8872	0.55	6	42
13947	electromagnetic wave interference	0.0193	-0.7134	4	19
13946	electromagnetic wave emission	-0.9638	0.3081	1	9
13945	electromagnetic wave attenuation	-0.1272	0.1312	6	5
13943	electromagnetic wave absorption	-0.2777	0.2347	6	118
13942	electromagnetic wave absorber	-0.0936	0.2127	6	6
13941	electromagnetic wave	-0.7403	0.3545	6	44
13940	electromagnetic spectra	-0.5094	0.6727	6	5
13935	electromagnetic shielding	-0.0444	-0.4715	4	28
13932	electromagnetic pulse	-0.1684	-0.163	4	36
13931	electromagnetic property	-0.5417	0.2772	6	28
13926	electromagnetic performance	-0.4325	0.0434	1	4
13925	electromagnetic parameter	-0.0754	-0.0734	6	26
13919	electromagnetic interference shielding	0.0486	-0.6872	4	23
13910	electromagnetic field	-0.6668	0.3252	6	35
13906	electromagnetic enhancement	-0.0908	0.5059	6	5
13902	electromagnetic compatibility	-0.6873	0.2216	3	6
13894	electromagnetic absorption	0.0379	-0.3534	6	6
13889	electrolytic reduction	0.7731	-0.5119	5	471
13882	electrolytic capacitor	0.6342	-0.64	5	597
13881	electrolytic analysis	-0.0799	0.5025	6	7
13880	electrolyte transport	1.0425	-0.9403	5	5
13876	electrolyte solution	0.6215	-0.1488	5	24
13874	electrolyte penetration	0.8444	-0.8318	5	8
13871	electrolyte ion	0.5267	-0.6006	5	10
13865	electrolyte concentration	0.2378	0.0491	7	4
13863	electrolyte	0.5296	-0.3202	5	240
13860	electrolysis	0.6933	-0.4689	5	67
13856	electroluminescence	-0.1932	0.5311	3	10
13851	electroless plating	0.2093	-0.6919	4	7
13838	electrokinesis	0.7557	0.0256	2	13
13836	electroimmunoassay	1.2225	0.6927	2	16
13827	electrogenerated chemiluminescence	1.0022	0.4622	2	20
13824	electrodynamic	-0.7197	0.2316	1	4
13820	electrodeposition technique	0.5715	-0.3218	3	5
13819	electrodeposition process	0.8799	-0.4889	5	10
13818	electrodeposition potential	1.0201	-0.2786	5	5
13816	electrodeposition method	0.7313	-0.2006	5	12
13815	electrodeposition condition	1.0107	0.2299	2	5
13814	electrodeposition	0.887	-0.1861	5	154
13810	electrode/electrolyte interface	0.8272	-0.2684	5	6
13800	electrode surface	0.8944	0.1989	2	58
13798	electrode structure	0.0835	-0.2838	5	5
13791	electrode reaction	0.9153	-0.3168	5	5
13788	electrode preparation	0.8549	0.3695	2	5
13783	electrode performance	0.5816	-0.5546	5	18
13781	electrode modification	0.8344	0.1885	2	4
13777	electrode material	0.6078	-0.5073	5	291
13774	electrode interface	0.59	0.4093	2	6
13770	electrode fabrication	0.0657	-0.2178	3	4
13753	electrode	0.6606	0.0012	5	2020
13747	electrochromism	0.4281	0.061	5	11
13746	electrochromics	0.2987	0.0473	5	5
13744	electrochromic property	0.6601	0.0581	5	6
13740	electrochromic device	0.3955	0.0867	5	8
13733	electrochemoluminescence	1.2871	0.5276	2	5
13724	electrochemistry behavior	1.4189	0.1011	2	4
13723	electrochemistry	0.8184	0.1175	2	670
13718	electrochemiluminescent	0.8903	0.5172	2	33
13716	electrochemiluminescence sensor	0.9495	0.4095	2	13
13711	electrochemiluminescence immunosensor	1.1905	0.6449	2	21
13707	electrochemiluminescence detection	1.1951	0.4603	2	5
13702	electrochemiluminescence	1.0493	0.4898	2	140
13700	electrochemically reduced graphene oxide	1.3526	0.2335	2	17
13699	electrochemically reduced graphene	1.2642	0.1227	2	56
13692	electrochemically active surface area	0.9226	-0.7688	5	30
13688	electrochemical window	0.5743	-0.3839	5	8
13681	electrochemical test	0.8583	-0.7794	5	82
13678	electrochemical technique	1.0518	0.2871	2	439
13677	electrochemical system	0.3994	-0.1681	5	7
13676	electrochemical synthesis	0.7411	-0.1686	5	31
13674	electrochemical surface area	0.8955	-0.6486	5	12
13672	electrochemical supercapacitor	0.6549	-0.742	5	32
13671	electrochemical study	0.8591	-0.4286	5	30
13666	electrochemical stability	0.8293	-0.6306	5	81
13662	electrochemical signal	1.0912	0.515	2	48
13661	electrochemical sensor	1.1626	0.1362	2	364
13658	electrochemical sensing	1.0205	0.1105	2	112
13656	electrochemical route	0.4463	-0.2051	7	5
13655	electrochemical reversibility	0.8217	-0.4986	5	5
13654	electrochemical response	1.0749	0.1632	2	73
13653	electrochemical resistance	1.0969	-0.8858	5	5
13649	electrochemical reduction	1.0167	-0.0432	2	106
13648	electrochemical reduced graphene oxide	1.1724	0.015	2	8
13646	electrochemical redox	0.8922	0.1302	2	7
13643	electrochemical reactivity	1.1331	-0.0155	2	8
13642	electrochemical reaction	0.5102	-0.4908	5	43
13639	electrochemical quartz crystal microbalance	1.3128	0.054	2	6
13637	electrochemical property	0.691	-0.5443	5	265
13635	electrochemical process	0.5119	-0.3839	5	19
13634	electrochemical probe	1.1114	0.2959	2	10
13633	electrochemical preparation	1.1311	-0.0646	5	13
13630	electrochemical potential	-0.0431	0.1028	5	4
13629	electrochemical polymerization	0.7958	0.0596	5	6
13626	electrochemical platform	1.2373	0.1471	2	14
13624	electrochemical performance	0.8113	-0.7131	5	1085
13623	electrochemical parameter	1.3109	0.0827	2	30
13622	electrochemical oxygen reduction	0.6277	-0.7092	5	4
13620	electrochemical oxidation	0.9948	-0.0659	2	64
13616	electrochemical modification	0.7636	0.3185	2	5
13611	electrochemical method	0.9168	-0.0091	2	150
13608	electrochemical measurement	0.8528	-0.5445	5	153
13604	electrochemical lithium storage	0.7155	-0.8881	5	11
13602	electrochemical lithiation	0.0882	-0.7994	5	4
13601	electrochemical labels	1.2978	0.4835	2	5
13600	electrochemical kinetic	0.9674	-0.5344	5	10
13599	electrochemical investigation	1.0795	-0.1988	5	20
13595	electrochemical intercalation	0.4057	-0.5236	5	6
13586	electrochemical impedance spectroscopy measurement	0.8646	-0.5062	5	19
13585	electrochemical impedance spectroscopy	1.0093	-0.0897	5	487
13584	electrochemical impedance spectrometry	0.962	-0.9048	5	16
13583	electrochemical impedance spectra	1.0625	-0.4365	7	46
13581	electrochemical impedance measurement	1.0276	-0.0101	7	4
13579	electrochemical impedance	0.7399	0.0991	2	18
13578	electrochemical immunosensor	1.2065	0.5337	2	135
13577	electrochemical immunosensing	1.1407	0.4237	2	10
13576	electrochemical immunoassay	1.1629	0.5679	2	46
13574	electrochemical hydrogen storage	0.4884	-1.0683	5	6
13564	electrochemical fabrication	1.0362	-0.3112	5	6
13563	electrochemical experiment	1.0717	-0.2624	5	31
13562	electrochemical exfoliation	0.2722	-0.2123	4	8
13561	electrochemical evaluation	0.8863	-0.3694	5	5
13555	electrochemical energy storage device	0.5488	-0.6705	5	18
13554	electrochemical energy storage	0.6005	-0.5581	5	54
13552	electrochemical energy	0.602	-0.4524	5	7
13551	electrochemical electrode	0.9277	-0.2872	5	619
13547	electrochemical double layer capacitor	0.4496	-0.524	5	7
13545	electrochemical doping	0.0206	0.3592	4	5
13543	electrochemical dna sensor	1.141	0.4427	2	13
13541	electrochemical dna biosensor	1.2586	0.4748	2	24
13540	electrochemical device	0.4375	0.0155	5	23
13539	electrochemical determination	1.3161	0.1447	2	98
13535	electrochemical detection	1.1479	0.4078	2	274
13533	electrochemical deposition process	0.5238	-0.6615	5	5
13532	electrochemical deposition method	0.8992	-0.2267	5	11
13531	electrochemical deposition	0.6553	-0.2743	5	56
13526	electrochemical data	0.8948	-0.0729	5	6
13525	electrochemical cycling stability	1.2736	-0.8459	5	4
13524	electrochemical cycling	0.4795	-0.772	5	11
13522	electrochemical current	0.4525	0.6321	2	4
13518	electrochemical corrosion	0.6275	-0.2938	5	38
13515	electrochemical codeposition	0.1311	-0.7385	5	5
13509	electrochemical charge	0.4472	-0.3422	5	5
13508	electrochemical characterization	0.8976	-0.3432	5	44
13507	electrochemical characteristic	0.914	-0.4146	5	22
13506	electrochemical cells	0.5241	-0.5388	5	51
13505	electrochemical catalytic activity	1.2108	-0.2901	5	15
13504	electrochemical catalyst	0.7672	-0.7397	5	7
13503	electrochemical catalysis	0.7136	-0.016	5	10
13502	electrochemical capacity	0.516	-0.6711	5	11
13500	electrochemical capacitor	0.5782	-0.5743	5	96
13496	electrochemical capacitance	0.7193	-0.7349	5	61
13494	electrochemical biosensor	1.1359	0.3991	2	116
13492	electrochemical biosensing	0.979	0.3483	2	29
13491	electrochemical behavior	1.0978	-0.1222	2	211
13488	electrochemical assay	0.8878	0.6765	2	5
13487	electrochemical aptasensor	1.2542	0.5962	2	28
13486	electrochemical application	0.8293	-0.3063	5	34
13483	electrochemical analysis	1.0544	0.2664	2	466
13481	electrochemical actuator	0.2485	-0.0354	5	5
13479	electrochemical activity	0.978	-0.269	5	141
13478	electrochemical active surface area	0.8494	-0.7373	5	14
13476	electrochemical activation	0.5738	-0.6307	5	5
13475	electrochemical	0.7509	0.1601	2	34
13470	electrocatalytical activity	0.9463	-0.1421	5	6
13468	electrocatalytic response	1.2482	0.2737	2	8
13466	electrocatalytic reduction	1.0981	-0.0941	2	30
13464	electrocatalytic property	0.9418	-0.4733	5	67
13461	electrocatalytic performance	0.986	-0.5335	5	123
13460	electrocatalytic oxygen reduction	0.902	-0.581	5	6
13458	electrocatalytic oxidation	1.3408	-0.0336	2	20
13450	electrocatalytic effect	1.0457	0.0261	5	5
13447	electrocatalytic current	1.0254	-0.0781	5	5
13446	electrocatalytic behavior	1.0707	-0.0375	2	23
13442	electrocatalytic activity and stability	0.9286	-0.8103	5	41
13441	electrocatalytic activity	1.0253	-0.3614	5	583
13440	electrocatalytic ability	1.1577	-0.2995	5	25
13439	electrocatalytic	0.9312	-0.2636	5	59
13436	electrocatalyst support	0.6793	-0.9233	5	6
13435	electrocatalyst for oxygen reduction reaction	0.805	-0.7052	5	26
13434	electrocatalyst	0.8094	-0.636	5	386
13431	electrocatalysis	1.0342	-0.2438	5	336
13427	electroanalytical method	1.3449	0.3275	2	7
13424	electroanalysis	1.2401	0.3025	2	26
13422	electroactivity	0.9056	-0.6633	5	4
13421	electroactive surface area	0.9786	-0.2465	5	9
13420	electroactive specy	0.8856	0.1429	2	6
13414	electroactive material	0.7412	-0.4305	5	21
13411	electroactive compound	1.0173	0.0462	2	5
13406	electroactive	0.715	0.1351	2	25
13380	electro reduction	0.7639	-0.1846	2	10
13375	electro oxidation	1.1145	-0.2899	2	6
13370	electro optic modulator	-0.6961	0.8678	6	6
13362	electro deposition	1.0133	-0.3913	7	6
13355	electro catalytic oxidation	1.245	-0.1217	2	60
13353	electro catalytic activity	0.3327	-0.4612	5	4
13348	electro activity	0.8881	-0.1278	2	10
13347	electro active polymer	0.278	-0.0965	4	6
13345	electro active	0.7001	-0.0481	2	6
13344	electro absorption	-0.7995	0.6384	6	4
13341	electricity generation	0.3064	0.2053	2	5
13340	electricity	0.1741	0.4218	2	34
13339	electrically tunable	-0.8245	0.5921	6	5
13331	electrically conductive	0.2377	-0.3316	4	72
13323	electrical transport property	-0.4386	-0.0031	3	12
13322	electrical transport measurement	-0.5544	0.026	3	7
13321	electrical transport	-0.7018	0.0725	1	10
13320	electrical transition	-0.3364	0.2848	3	5
13317	electrical switching	-0.0614	0.3759	3	9
13315	electrical stimulation	0.5824	0.6038	2	6
13310	electrical response	-0.1484	0.193	3	5
13306	electrical resistivity	-0.1413	-0.2763	4	6
13304	electrical resistance	-0.096	-0.0893	3	18
13300	electrical property	-0.0056	-0.2417	4	123
13298	electrical power	-0.0164	-0.151	5	4
13293	electrical performance	-0.3634	0.2444	3	19
13292	electrical percolation threshold	0.1526	-0.7763	4	12
13290	electrical parameter	-0.1681	0.4282	3	9
13289	electrical papers	0.9422	-0.2819	5	4
13281	electrical measurement	-0.3557	0.1329	3	30
13274	electrical insulator	-0.0825	-0.7451	4	4
13270	electrical impedance spectroscopy	0.4957	-0.2803	5	9
13265	electrical gating	-0.899	0.5656	6	5
13263	electrical field	-0.3518	0.2534	3	16
13260	electrical equipment and supply	-0.1066	0.3886	3	5
13259	electrical equipment	0.188	0.4134	3	25
13257	electrical energy storage	0.7679	-0.846	5	4
13255	electrical energy	0.3268	-0.3578	5	6
13254	electrical double layer capacitor	0.542	-0.4353	5	8
13253	electrical double layer capacitance	0.6574	-0.5008	5	6
13252	electrical double layer	0.3995	-0.0387	5	10
13251	electrical device	0.0911	0.0919	3	5
13248	electrical current	-0.5011	0.2534	1	5
13242	electrical contact	-0.2138	-0.0199	3	16
13237	electrical conductivity measurement	0.2355	-0.5284	4	12
13236	electrical conductivity	0.2023	-0.3809	4	584
13230	electrical conduction	-0.1812	-0.3258	4	19
13229	electrical conductance	-0.3598	-0.0403	1	11
13225	electrical characterization	-0.3274	0.2106	3	11
13224	electrical characteristic	-0.3708	0.3537	3	16
13218	electrical behavior	-0.3307	0.2978	3	7
13214	electrical and optical property	-0.237	0.4193	3	23
13213	electrical and mechanical property	-0.072	-0.2841	4	26
13209	electrical actuation	-0.019	-0.4051	4	8
13201	electric vehicle	0.359	-0.6502	5	16
13194	electric switchgear	-0.4802	0.5086	6	4
13193	electric switch	-0.7699	0.2014	1	6
13190	electric sparks	-0.2228	-0.7656	4	5
13185	electric resonance	-0.7314	0.7294	6	6
13183	electric resistance measurement	-0.0373	0.2647	3	20
13182	electric resistance	-0.5182	0.1455	3	86
13180	electric rectifiers	-0.7936	0.318	3	11
13177	electric property	-0.1808	-0.0507	3	326
13175	electric power transmission	0.8536	-0.7914	5	4
13174	electric power system	-0.2644	-0.0494	3	4
13173	electric power supply	0.6024	-0.3897	5	85
13170	electric power factor	-0.6312	-0.3542	1	16
13166	electric potential	0.0345	0.4865	2	59
13161	electric network analyzers	-0.1335	-0.0616	6	11
13160	electric network analysis	-0.6023	0.4129	3	6
13159	electric loss	-0.5753	0.2391	6	7
13156	electric line	-0.8058	0.5529	3	5
13155	electric lamps	0.3734	0.0737	7	8
13154	electric insulator	-0.8837	0.031	1	18
13149	electric impedance	-0.0279	0.424	3	23
13142	electric field strength	-0.6626	0.0997	1	4
13138	electric field intensity	-0.6627	0.3379	6	10
13137	electric field induced strain	-0.0162	-0.3059	4	5
13135	electric field induced	-0.6441	-0.2029	1	7
13133	electric field effect	-0.6585	0.2218	3	26
13130	electric field	-0.6469	0.1664	1	253
13127	electric excitation	-0.8391	0.3245	1	5
13120	electric double layer capacitor	0.3142	-0.5771	5	11
13119	electric double layer capacitance	0.276	-0.5944	5	9
13118	electric double layer	-0.0528	-0.0036	5	9
13116	electric discharge	0.5229	-0.755	5	251
13113	electric device	-0.335	0.0382	1	6
13111	electric current collectors	0.4375	-0.6694	5	16
13110	electric current	-0.341	0.3433	1	40
13101	electric conductivity of solid	0.0725	-0.5614	4	19
13099	electric conductivity	0.1141	-0.1173	4	694
13096	electric conductance	-0.7871	0.1427	1	27
13094	electric charge	-0.3728	0.1623	3	6
13090	electric capacitance	0.6672	-0.1834	5	71
13087	electric breakdown	-0.546	0.0733	3	6
13084	electric battery	0.7253	-0.8353	5	524
13083	electric barrier	-1.2105	0.1444	1	4
13080	electric and magnetic field	-1.0674	0.1439	1	4
13077	electric activity	0.3334	0.4692	2	5
13071	elbor	-0.5422	-0.2797	1	5
13069	elastomers	0.0837	-0.4464	4	46
13059	elasticity	-0.6971	-0.4158	1	79
13057	elastic wave	-0.9984	0.0505	1	6
13047	elastic property	-0.6457	-0.4364	1	24
13045	elastic moduli	-0.2496	-0.5592	4	192
13033	elastic constant	-0.7518	-0.505	1	7
13022	eis	0.9515	0.0849	2	7
13020	eigenvalue and eigenfunction	-0.9857	-0.0656	1	4
13018	eigenstates	-1.0825	-0.0079	1	4
13003	effluent treatment	0.3906	-0.1087	7	17
13001	effluent	0.8735	-0.0196	7	18
12999	efficient synthesis	0.5957	-0.1963	7	13
12998	efficient surface	0.1882	0.3017	5	7
12995	efficient strategy	0.6216	-0.1361	4	25
12991	efficient method	0.2295	-0.322	4	10
12986	efficient detection	0.5697	0.3466	3	4
12984	efficient charge separation	0.864	-0.4079	7	4
12983	efficient catalyst	0.7086	-0.5698	5	52
12976	efficiency measurement	0.5102	0.057	2	9
12973	efficiency enhancement	0.0201	0.4739	3	5
12971	efficiency	0.1353	0.279	3	93
12968	effects of temperature	-0.6174	-0.5203	1	5
12958	effective thermal conductivity	-0.444	-0.5419	4	4
12956	effective synthesis	0.4893	-0.3228	5	8
12954	effective surface area	0.7969	0.0758	2	9
12952	effective stress	0	-0.7271	4	5
12949	effective solution	0.0657	0.251	6	4
12944	effective removals	0.8337	-0.1496	7	5
12943	effective refractive index	-0.6775	0.6869	6	6
12941	effective permittivity	-0.6506	0.338	6	4
12935	effective medium theory	-0.7268	0.1798	6	5
12925	effective mass	-0.9469	0.0744	1	7
12924	effective index method	-0.9201	0.6096	6	4
12923	effective index	-0.8446	0.7837	6	4
12919	effective electron	-0.1054	0.1666	3	6
12906	effective charge	0.7274	-0.1132	7	12
12902	effective approach	0.1159	-0.1984	4	41
12900	effective absorption	0.1219	-0.2632	6	11
12898	effect of temperature	-0.3443	-0.3653	1	5
12896	effect of strain	-1.0121	-0.0992	1	5
12887	effect of doping	-0.5603	-0.0555	1	4
12881	effect factor	1.074	-0.0809	7	5
12878	edta	1.0905	-0.3249	7	4
12873	editorial	0.6115	0.7542	2	8
12859	edge termination	-0.761	-0.3005	1	4
12857	edge structure	-0.6417	-0.2333	1	23
12855	edge state	-1.0002	-0.0987	1	78
12852	edge site	-0.0707	-0.3808	1	9
12851	edge shape	-0.9133	-0.2289	1	6
12846	edge region	-0.6235	-0.5733	1	4
12845	edge reconstruction	-0.8409	-0.2918	1	14
12837	edge modification	-0.8565	-0.1517	1	10
12823	edge effect	-0.7373	-0.1419	1	11
12807	edge atom	-0.8504	-0.2457	1	8
12805	edge	-0.6502	-0.1656	1	11
12804	edetic acid	0.8794	0.1257	2	6
12799	ecotoxicology	0.8558	0.4725	2	6
12795	ecosystem restoration	1.0591	-0.0004	7	10
12793	economics	0.4079	0.4616	2	12
12785	economic and social effect	-0.1768	0.0039	3	5
12781	ecology	0.4094	0.1262	2	4
12774	eco friendly	0.4875	-0.1533	4	13
12755	easy fabrication	-0.4237	0.6291	6	9
12751	earphone	-0.4229	0.6178	3	4
12748	early growth	-0.2249	-0.5149	3	4
12746	early diagnosis	0.8343	0.7809	2	6
12727	e. coli	0.7416	0.5132	2	10
12714	e beam lithography	-0.5721	0.1168	3	4
12675	dynamic response	-0.1821	0.2242	3	8
12670	dynamic range	0.5517	0.5292	2	7
12667	dynamic property	-0.3672	-0.4096	4	4
12666	dynamic process	-0.2378	-0.0197	1	13
12649	dynamic mechanical thermal analysis	0.217	-0.8298	4	7
12647	dynamic mechanical property	0.3151	-0.8651	4	13
12645	dynamic mechanical analysis	0.2331	-0.7806	4	13
12640	dynamic light scattering	0.4444	-0.0045	4	5
12624	dynamic control	-0.6357	0.646	6	6
12622	dynamic conductivity	-0.9986	0.5861	6	6
12612	dynamic	-0.5199	-0.0953	1	43
12608	dyeing	0.6825	-0.2009	7	8
12599	dye wastewater treatment	0.9968	-0.456	7	4
12595	dye sensitized solar cell	0.5298	-0.055	7	179
12594	dye sensitized	0.1338	0.1885	7	7
12591	dye removal	0.8954	-0.3128	7	9
12590	dye pollutant	1.0808	-0.4462	7	7
12589	dye molecule	0.3182	0.2305	7	14
12584	dye degradation	0.8582	-0.1056	7	8
12581	dye adsorption	0.7806	-0.1959	7	9
12580	dye absorption	0.8269	-0.0708	7	4
12577	dye	0.9267	-0.1155	7	218
12575	dwell time	-0.99	0.2305	1	7
12570	durability	0.4217	-0.6154	5	39
12567	duplex dna	0.6172	0.6622	2	4
12561	ductility	-0.0569	-0.7578	4	12
12539	dual wavelength	-0.6895	1.0799	6	12
12501	dsscs	0.8121	-0.0839	7	4
12500	dssc	0.7419	0.0096	7	4
12496	dsc measurement	0.0834	-0.5818	4	5
12486	drying method	0.2247	-0.4283	4	5
12484	drying	0.456	-0.5884	4	11
12468	drugs. chinese herbal	1.0534	0.3766	2	6
12460	drug uptake	1.0369	0.9815	2	9
12459	drug transport	1.09	0.9109	2	4
12456	drug therapy	0.8417	0.8069	2	19
12455	drug targeting	0.9982	0.9435	2	7
12454	drug synthesis	0.9659	0.7602	2	11
12452	drug structure	0.9843	0.606	2	12
12451	drug storage	0.8555	0.5394	2	5
12450	drug stability	0.9709	0.701	2	17
12448	drug solubility	1.0354	0.9376	2	7
12444	drug screening	1.0071	0.7616	2	12
12443	drug safety	0.9687	0.8908	2	5
12441	drug resistance. neoplasm	1.0068	0.8913	2	5
12438	drug resistance	1.0341	0.9107	2	5
12432	drug release property	0.7703	0.3493	2	4
12431	drug release	0.9118	0.6964	2	33
12429	drug product	0.9509	0.3768	2	43
12428	drug potentiation	1.0208	0.9922	2	4
12421	drug metabolism	0.9434	1.0088	2	4
12416	drug loading	0.8478	0.5351	2	5
12415	drug liberation	0.9114	0.9114	2	7
12413	drug interaction	0.7893	0.6331	2	8
12410	drug half life	1.0167	0.9324	2	5
12406	drug efficacy	1.031	0.9066	2	14
12405	drug effect	0.8481	0.7489	2	117
12402	drug distribution	0.9969	0.9614	2	7
12398	drug determination	1.177	0.4231	2	32
12396	drug derivative	0.7978	0.2628	2	7
12394	drug delivery system	0.8481	0.791	2	122
12391	drug delivery	0.7017	0.5935	2	123
12389	drug cytotoxicity	1.0121	0.8812	2	13
12386	drug conjugation	1.0317	0.9003	2	6
12380	drug carrier	0.9206	0.7946	2	65
12378	drug blood level	1.042	0.861	2	4
12370	drug accumulation	0.9992	0.9779	2	5
12367	drug	1.0068	0.4834	2	5
12364	drude model	-0.8282	0.6284	6	5
12362	drops	0.0688	-0.1025	4	24
12345	drop casting	0.2853	0.1787	3	11
12343	driving voltage	-0.458	0.5857	3	5
12340	driving force	-0.07	-0.2348	1	22
12332	drinking water	0.9636	0.2489	2	19
12326	driers (materials)	0.7677	-0.2303	7	15
12317	drain current	-0.7683	0.3607	3	11
12308	doxycycline	1.0837	0.1532	2	4
12306	doxorubicin hydrochloride	0.8178	0.3684	2	15
12305	doxorubicin	0.9431	0.8589	2	73
12278	double walled carbon nanotubes	-0.3367	-0.0583	1	11
12272	double stranded dna	0.7329	0.6247	2	58
12263	double quantum dots	-0.9685	0.2882	1	6
12253	double network hydrogel	0.7667	-0.2072	4	6
12247	double layer structure	-0.259	0.2725	3	5
12242	double layer capacitance	0.5621	-0.3048	5	19
12241	double layer	-0.5259	-0.0634	1	31
12240	double hydroxide	0.8656	-0.5437	5	8
12237	double helix	0.4938	0.6112	2	6
12228	double barrier structure	-1.122	0.2057	1	6
12226	double barrier	-1.1372	0.2308	1	7
12219	dose response relationship. drug	0.8963	0.7963	2	9
12218	dose response	0.9242	0.7379	2	10
12199	doping level	-0.6016	0.1496	1	24
12194	doping effect	-0.4295	-0.0623	3	22
12190	doping concentration	-0.6672	0.1853	3	23
12184	doping (additives)	0.0986	-0.3426	5	649
12183	doping	-0.2228	-0.1577	3	92
12169	doped graphene	-0.1322	-0.4741	5	11
12168	doped fiber	-0.5594	0.9063	6	4
12166	doped carbon	0.2424	-0.6321	5	7
12165	doped	0.1007	0.3863	3	5
12160	dopant	-0.2509	-0.4454	1	5
12152	dopamine detection	0.4592	0.3222	7	6
12151	dopamine derivative	1.1737	0.4306	2	5
12146	dopamine	1.2742	0.2704	2	168
12131	donor acceptor	0.1033	0.1424	4	6
12119	domain size	-0.4326	-0.29	3	4
12115	domain boundary	-0.5412	-0.3344	3	4
12109	dodecyl sulfate sodium	0.8511	0.3508	2	4
12097	dnazyme	0.9682	0.6177	2	10
12084	dna. viral	0.9273	0.6112	2	6
12083	dna. single stranded	0.8117	0.6735	2	36
12080	dna. catalytic	1.1339	0.8035	2	14
12074	dna translocation	0.0709	0.567	2	4
12068	dna targets	0.4439	0.7608	2	4
12067	dna structure	0.7713	0.7883	2	17
12064	dna strand	0.6086	0.6825	2	16
12063	dna sequencing	0.0082	0.6124	2	18
12062	dna sequence	0.5468	0.7026	2	69
12061	dna sensor	0.6388	0.7042	2	15
12045	dna probe	0.9152	0.7537	2	51
12044	dna primers	0.9294	0.9062	2	4
12035	dna molecule	0.0652	0.5736	2	7
12031	dna microarray	0.6783	0.8131	2	6
12029	dna methyltransferase	1.082	0.7748	2	4
12028	dna methylation	0.8835	0.7565	2	5
12019	dna immobilization	0.971	0.6253	2	6
12016	dna hybridization	0.8254	0.6863	2	50
12013	dna hairpin	0.8711	0.8164	2	5
12009	dna fragment	0.4602	0.6914	2	6
12004	dna electrochemical biosensor	1.0796	0.5162	2	4
12001	dna determination	0.8696	0.8061	2	33
12000	dna detection	0.6263	0.6808	2	18
11995	dna damage	0.8621	0.7285	2	20
11991	dna conformation	0.8688	0.7629	2	5
11989	dna cleavage	1.021	0.8161	2	14
11986	dna biosensor	1.0115	0.6925	2	33
11982	dna binding	0.9452	0.7697	2	14
11981	dna basis	0.5615	0.4503	2	7
11979	dna base	0.6667	0.5415	2	4
11975	dna analysis	0.5169	0.7485	2	7
11968	dna	0.6407	0.627	2	330
11952	diverse application	0.0887	0.257	6	7
11948	divalent cation	1.0489	0.2369	2	8
11947	divacancy	-0.7896	-0.5571	1	9
11941	disulfide bond	1.0138	0.8262	2	6
11940	disulfide	0.2947	0.5684	3	25
11933	distribution function	-0.5264	-0.161	1	4
11931	distribution density	0.2942	0.2856	3	4
11918	distilled water	0.1841	-0.3011	4	8
11916	distillation	-0.0014	0.1173	7	8
11910	dissolved oxygen	1.068	0.0719	2	14
11909	dissolved organic matters	0.926	0.104	7	4
11898	dissolution	0.1885	-0.2439	5	19
11889	dissociation barrier	-0.5035	-0.7631	1	4
11888	dissociation	-0.1519	-0.1927	1	42
11887	dissipative solitons	-0.8163	0.945	6	14
11881	disproportionation	0.6069	-0.3993	5	4
11878	disposable equipment	1.1653	0.5506	2	8
11876	disposable biosensor	1.2327	0.4245	2	4
11873	display device	-0.155	0.2307	3	19
11858	dispersive solid phase extraction	1.1474	0.235	2	6
11848	dispersity	0.3641	-0.0508	5	6
11842	dispersion state	0.1679	-0.5538	4	11
11841	dispersion stability	0.3749	-0.1625	4	9
11840	dispersion relation	-0.9666	0.1483	1	22
11839	dispersion property	-0.5388	-0.0644	4	7
11823	dispersion effect	0.4917	-0.6055	4	5
11820	dispersion correction	-0.489	-0.4981	1	6
11819	dispersion corrected density functional	-0.335	-0.4221	1	4
11814	dispersion behavior	0.4827	-0.3048	4	8
11812	dispersion (waves)	-0.4726	0.0604	6	42
11811	dispersion	0.0729	-0.1591	4	485
11809	dispersing agent	0.4331	-0.0306	4	6
11804	dispersibility	0.5164	-0.1411	4	60
11800	dispersants	0.4618	-0.1559	4	17
11795	disordered structure	0.1563	0.1614	2	4
11788	disordered carbon	-0.0902	-0.3143	1	4
11787	disorder strength	-1.1829	-0.0241	1	13
11786	disorder effect	-1.0251	0.0586	1	5
11784	disorder	-0.889	0.1614	1	5
11781	dislocations (crystals)	-0.6689	-0.529	1	5
11767	disinfection	0.9294	0.2071	2	11
11756	disease control	0.6845	0.705	2	7
11755	disease	0.8237	0.7552	2	105
11754	discrimination ability	1.1317	0.6301	2	6
11737	discharging process	-0.2166	-0.6493	4	5
11733	discharge/charge cycle	0.9772	-0.7223	5	7
11731	discharge specific capacity	0.7533	-1.1014	5	9
11730	discharge rate	0.5596	-0.7063	5	9
11722	discharge current density	0.6427	-0.7978	5	30
11719	discharge charge cycle	0.7156	-0.8377	5	9
11718	discharge charge	0.4324	-0.9263	5	4
11717	discharge capacity	0.6851	-0.8972	5	129
11691	directed self assembly	0.0077	-0.1533	4	6
11687	direct visualization	0.3215	0.5576	2	4
11683	direct transfer	-0.1839	-0.1022	3	4
11681	direct synthesis	0.0299	-0.4371	3	13
11679	direct solution	0.3354	-0.5606	4	4
11678	direct reduction	0.3997	-0.4017	4	7
11669	direct oxidation	0.9175	-0.5301	5	6
11668	direct observation	-0.3546	-0.1088	1	6
11665	direct methanol fuel cells	0.8876	-0.6509	5	87
11664	direct methanol fuel cell	0.8827	-0.5242	5	11
11662	direct methanol	0.7317	-0.8434	5	7
11657	direct interaction	-0.0816	0.0796	1	7
11648	direct growth	-0.1757	-0.21	3	19
11646	direct formic acid fuel cells	0.9619	-0.715	5	7
11644	direct fabrication	0.1774	0.0764	3	6
11640	direct ethanol fuel cells	0.954	-0.8547	5	7
11634	direct electron transfer	1.2751	0.1522	2	81
11629	direct electrochemistry	1.3384	0.1396	2	78
11622	direct determination	0.0791	0.274	2	6
11621	direct detection	0.4087	0.6356	2	7
11620	direct deposition	-0.3131	-0.1661	3	7
11616	direct current	-0.3826	0.2055	3	10
11612	direct contact	-0.0483	-0.0326	3	7
11611	direct carbonization	0.6554	-0.7905	5	4
11604	direct band gap	-0.6923	-0.1875	1	15
11597	direct alcohol fuel cells	0.8477	-0.6935	5	6
11591	diradical	-0.7098	-0.0641	1	5
11588	dirac point	-0.8732	0.1324	1	116
11585	dirac fermion	-1.0903	0.1403	1	31
11584	dirac equation	-1.158	0.1654	1	22
11583	dirac electron	-1.221	0.1183	1	9
11580	dirac cones	-1.0389	-0.3122	1	12
11578	dirac cone	-0.9983	-0.3078	1	5
11563	dipole dipole interaction	0.1232	-0.0348	4	6
11559	dipole	-0.0521	0.4185	2	9
11547	dipcoating method	0.4672	-0.2409	4	7
11541	dip coating	0.0573	0.1199	6	4
11530	diode pumped	-0.7554	1.1865	6	11
11523	diode	-0.4397	0.4946	3	25
11510	dimeticone	0.6213	0.4571	2	17
11508	dimethylpolysiloxane	0.4397	0.5245	2	5
11504	dimethylformamide	0.4078	-0.141	4	39
11498	dimethyl sulfoxide	0.5657	-0.2485	4	21
11489	dimers	-0.3878	-0.4206	1	21
11487	dimerization	-0.2083	-0.2253	1	5
11474	dilution	0.6537	0.114	2	6
11462	diimide	0.4565	0.2403	2	5
11460	dihydroxybenzene isomers	1.4139	-0.1369	2	8
11442	diglycidyl ether of bisphenol a	0.1689	-0.8367	4	4
11438	digital storage	-0.2413	0.1915	3	10
11406	diffusion process	-0.592	-0.4114	1	4
11404	diffusion paths	-0.0496	-0.6982	5	9
11397	diffusion mechanism	-0.2139	-0.6386	1	6
11390	diffusion in solid	0.1279	-0.2448	3	5
11383	diffusion controlled	0.6243	-0.2505	5	5
11381	diffusion coefficient	0.1712	0.0422	7	10
11380	diffusion coating	0.4473	-0.6906	5	10
11378	diffusion behavior	-0.4716	-0.8165	4	4
11376	diffusion barrier	-0.4138	-0.3514	3	10
11374	diffusion	0.0258	-0.234	1	100
11368	diffuse reflection spectra	0.8535	-0.1336	7	5
11365	diffuse reflectance spectrum	1.0529	-0.2023	7	7
11364	diffuse reflectance spectroscopy	1.0848	-0.2897	7	35
11363	diffuse reflectance	0.6439	-0.4313	7	7
11359	diffractiongrating	-0.6235	0.2512	6	12
11354	diffraction limit	-0.7054	0.5266	6	9
11348	diffraction	-0.3065	0.0373	6	32
11343	differential thermals	-1.0813	-0.2416	1	4
11342	differential thermal analysis	0.7156	-0.2287	7	7
11338	differential scanning calorimetry	0.3404	-0.6106	4	121
11334	differential scanning calorimeters	0.2245	-0.7479	4	12
11331	differential pulse voltammograms	1.5474	0.3046	2	4
11328	differential pulse voltammetry	1.302	0.2824	2	264
11325	differential pulse voltammetric	1.3998	0.198	2	4
11323	differential pulse stripping voltammetry	1.4149	0.1947	2	7
11321	differential pulse anodic stripping voltammetry	1.1902	0.0168	2	10
11318	differential pulse	1.2931	0.2226	2	10
11312	differential equation	-0.9732	0.0528	1	19
11310	differential conductance	-1.065	0.064	1	8
11304	different thickness	-0.3299	-0.1044	3	9
11303	different substrate	-0.3259	0.05	3	26
11302	different structure	-0.3633	-0.2146	1	19
11300	different solvent	0.2417	-0.0728	4	5
11299	different size	-0.216	-0.1776	1	15
11295	different proportion	0.3855	-0.7876	4	4
11287	different mechanism	-0.4987	0.1642	1	11
11286	different mass	0.4521	-0.7256	4	9
11282	different layer	-0.6521	-0.0985	1	4
11280	different geometry	-0.7161	0.0307	1	4
11278	different frequency	-0.5974	0.3739	6	5
11277	different effect	-0.2964	0.0831	1	11
11274	different density	0.3665	-0.2739	4	4
11271	different boundary condition	-0.9922	-0.5024	1	4
11267	diethylstilbestrol	1.4286	0.1382	2	6
11265	diethylenetriamine	0.8363	-0.0557	7	4
11264	diethylene glycol	0.5648	-0.0411	4	6
11259	diethofencarb	1.2094	0.2188	2	4
11254	diesel fuel	0.5845	-0.2453	7	5
11245	dielectrophoresis	-0.0236	0.5575	3	7
11240	dielectric wedge	-0.9469	0.814	6	4
11239	dielectric waveguide	-0.8808	0.553	6	4
11237	dielectric surface	-0.4687	-0.2224	1	5
11236	dielectric substrate	-0.6051	0.2245	6	17
11233	dielectric spectroscopy	0.8617	0.287	2	39
11226	dielectric response	-0.7466	0.0012	1	5
11224	dielectric relaxation	0.0756	-0.2856	6	5
11222	dielectric property of solid	-0.0211	-0.5315	4	42
11220	dielectric property	-0.0813	-0.3054	4	57
11217	dielectric permittivity	-0.3309	-0.2154	4	20
11216	dielectric performance	-0.027	-0.4301	4	13
11209	dielectric material	-0.4933	0.1653	3	79
11207	dielectric loss	0.0396	-0.4683	4	71
11205	dielectric layer	-0.6208	0.2743	3	13
11199	dielectric function	-1.0319	0.1292	1	8
11198	dielectric film	-0.5081	0.2646	3	10
11196	dielectric elastomer	0.0299	-0.2553	4	11
11194	dielectric device	-0.3274	0.0817	3	44
11189	dielectric constant	-0.1098	0.2165	3	12
11188	dielectric composite	0.12	-0.569	4	7
11184	dielectric behavior	-0.2222	-0.306	4	4
11183	dielectric barrier discharge plasma	0.4633	-0.4171	5	7
11182	dielectric barrier discharge	0.399	-0.4318	5	4
11179	dielectric	-0.2419	-0.0064	3	14
11165	dichroism	0.1437	0.2163	2	10
11159	dichloromethane	0.6264	0.098	2	4
11156	dichalcogenide	-0.3736	0.1834	3	4
11140	diazonium salt	0.3971	0.2019	2	4
11137	diazonium compound	0.6792	0.1813	2	7
11136	diazonium chemistry	0.1185	-0.1738	1	4
11127	diaphragms	-0.3357	0.2733	3	8
11123	diamonds	-0.354	-0.2162	3	23
11115	diamond like carbon	-0.4435	-0.2887	1	5
11112	diamond film	-0.3392	-0.2247	3	14
11107	diamond	-0.0348	0.13	3	6
11095	diameter distribution	0.2355	-0.4216	5	6
11089	dialysis	0.6287	0.2743	2	7
11088	diallyldimethylammonium chloride	1.0357	-0.5717	4	6
11082	diagnostic use	0.8786	0.8029	2	5
11075	diagnostic imaging	0.8297	0.8523	2	5
11071	diagnostic application	1.1098	0.6318	2	4
11069	diagnostic agent	0.7762	0.8697	2	13
11067	diagnosis	0.6978	0.6629	2	98
11048	dft study	-0.3782	-0.5326	1	5
11043	dft calculation	-0.5259	-0.4134	1	23
11042	dft	-0.5175	-0.5336	1	30
11039	dextran	0.8692	0.6099	2	14
11035	device structure	-0.5235	0.376	3	6
11027	device performance	-0.5055	0.346	3	28
11022	device geometry	-0.7589	0.3153	3	4
11021	device failure analysis	0.4554	0.7399	2	42
11020	device fabrication	-0.3213	0.2491	3	27
11017	device efficiency	0.0845	0.4907	3	4
11010	device architecture	-0.3124	0.3963	3	4
11009	device application	-0.4984	0.0387	3	26
11008	device	0.5322	0.6213	2	133
11005	development trends	-0.0827	0.2	6	6
11004	development strategy	0.2993	-0.3153	6	5
10999	development and application	0.6324	0.3127	2	9
10997	developed country	0.7056	0.5611	2	6
10993	detoxification	0.9734	0.5228	2	4
10987	detonation	0.0896	0.0104	3	6
10978	determination	1.3563	0.1031	2	30
10976	detectors	-0.5323	0.5155	3	12
10970	detection signal	1.1972	0.5518	2	5
10969	detection sensitivity	0.3888	0.4627	2	16
10967	detection range	0.8345	0.3616	2	11
10966	detection process	0.7564	0.5441	2	6
10964	detection performance	0.3292	0.3877	2	4
10953	detection of biomolecule	0.5109	0.4961	2	4
10951	detection method	0.705	0.6223	2	15
10949	detection limit	0.9875	0.3676	2	365
10937	detection	0.7001	0.5722	2	31
10929	desulfurization	0.5474	-0.2215	5	9
10926	desorption/ionization	0.6142	0.3097	2	5
10925	desorption time	1.0156	0.1761	2	4
10924	desorption temperature	0.2429	-0.3406	1	5
10916	desorption hysteresis	0.7705	-0.1344	2	6
10914	desorption efficiency	0.9035	-0.0419	7	5
10911	desorption	0.4561	-0.0448	2	165
10905	design strategy	0.2026	-0.1284	5	4
10903	design principle	-0.5538	0.1485	1	4
10897	design for testability	-0.2365	-0.1845	1	13
10888	design and construction	0.6735	0.0724	2	8
10885	design	-0.2111	0.3091	3	52
10884	descaling	0.0645	0.1143	3	5
10879	desalination	0.5952	-0.1698	7	28
10870	derivatization	0.9115	0.3187	2	8
10867	derivative	1.3229	0.1931	2	13
10863	deposits	-0.0787	-0.1249	3	17
10862	deposition time	-0.0222	-0.1573	3	13
10861	deposition temperature	-0.2502	-0.2947	3	4
10857	deposition process	-0.1362	0.0654	3	8
10856	deposition precipitation method	1.0081	-0.2119	7	4
10853	deposition potential	0.9678	0.0121	2	5
10847	deposition method	-0.1959	0.182	3	6
10839	deposition	0.065	-0.1522	3	294
10835	deposited film	-0.1407	0.0548	3	5
10824	dephasing	-1.1627	0.2939	1	4
10818	deoxyribozyme	1.1071	0.7528	2	11
10813	deoxyribonuclease i	0.9719	0.8551	2	7
10807	deoxygenation	0.5038	-0.074	4	30
10791	density of state	-0.8858	-0.0735	1	85
10782	density of defect	-0.3571	-0.1875	3	5
10779	density gradient centrifugation	0.6688	0.5245	2	4
10778	density gradient	-0.0172	-0.0436	1	6
10777	density functionals	-0.5909	-0.3554	1	23
10774	density functional tight binding method	-0.6271	-0.5022	1	5
10773	density functional tight binding	-0.7301	-0.4324	1	4
10772	density functional theory study	-0.2412	-0.5582	1	21
10770	density functional theory method	-0.5855	-0.32	1	13
10768	density functional theory calculation	-0.4899	-0.4484	1	85
10767	density functional theory	-0.5436	-0.3544	1	637
10766	density functional study	-0.5635	-0.6411	1	11
10762	density functional calculation	-0.4155	-0.409	1	31
10760	density functional	-0.658	-0.3434	1	4
10759	density function theory calculation	-0.2655	-0.4304	1	6
10758	density function theory	-0.5808	-0.437	1	11
10756	density difference	-0.6351	-0.6108	1	5
10751	density (specific gravity)	-0.5005	-0.4258	1	7
10750	density	0.3878	0.1701	2	39
10733	dendritic structure	0.4693	-0.3904	7	5
10726	dendrimers	0.6605	0.3591	2	34
10711	delocalization	-0.6251	-0.169	1	4
10709	delivery system	0.6412	0.5359	2	6
10703	delayed action preparation	0.841	0.7025	2	5
10700	deionized water	0.3131	-0.1894	4	23
10693	dehydrogenation reaction	-0.1852	-0.7332	1	4
10686	dehydrogenation	0.2013	-0.5509	5	55
10680	dehydration	0.6813	-0.2937	7	9
10678	degussa p25	0.9231	-0.4337	7	4
10675	degrees of freedom (mechanics)	-0.7799	-0.1907	1	12
10672	degree of reduction	0.2507	-0.2294	5	6
10669	degree of oxidation	0.2708	-0.0435	4	12
10662	degree of freedom	-0.9175	0.0239	1	5
10657	degree of crystallinity	0.2529	-0.6293	4	8
10649	degradation temperature	0.3511	-0.6037	4	13
10646	degradation rate constant	1.0856	-0.0023	7	4
10645	degradation rate	0.6626	-0.1627	7	7
10644	degradation product	0.5056	-0.5669	4	4
10643	degradation process	0.49	-0.1591	7	6
10640	degradation of phenols	1.0092	-0.463	7	4
10639	degradation of organic dyes	1.0655	-0.138	7	6
10636	degradation of methyl orange	0.9721	-0.3438	7	18
10635	degradation mechanism	0.2558	-0.4769	5	5
10634	degradation kinetic	0.8442	0.2113	2	8
10632	degradation efficiency	0.9589	-0.2925	7	18
10630	degradation	0.6095	-0.2129	7	154
10618	deformation process	-0.7184	-0.7659	1	4
10617	deformation potential theory	-0.7022	-0.3367	1	7
10616	deformation potential	-0.9531	0.0757	1	4
10613	deformation mechanism	-0.5983	-0.7123	1	12
10608	deformation behavior	-0.3722	-0.5557	1	6
10605	deformation	-0.6005	-0.3455	1	49
10598	deflection deformation	-0.7478	-0.1978	1	4
10594	deflection (structures)	-0.6867	-0.277	1	5
10583	defective graphene	-0.1435	-0.4158	1	6
10579	defected graphene	-0.6123	-0.5555	1	8
10574	defect structure	-0.6688	-0.2313	1	4
10571	defect site	-0.1488	-0.5515	1	14
10562	defect mode	-0.9282	0.0705	1	7
10553	defect free	-0.4157	-0.2404	1	14
10548	defect density	-0.365	-0.3668	1	37
10545	defect concentration	-0.4175	-0.3814	1	8
10538	defect	-0.5806	-0.2524	1	236
10520	decoration	0.3469	-0.6448	5	4
10518	decontamination	0.9647	-0.1658	7	8
10517	decomposition temperature	0.3369	-0.7978	4	34
10513	decomposition product	0.4715	-0.502	4	4
10503	decomposition	0.2177	-0.3471	4	104
10499	decolorization	1.2105	0.0182	7	6
10495	dechlorination	0.8425	-0.1154	7	9
10486	decay (organic)	-0.6136	0.114	1	14
10477	debye temperature	-0.5872	-0.1046	1	4
10472	debris	0.0694	-0.6122	4	8
10458	de lithiation	0.1169	-0.6634	5	7
10435	dband center	-0.2091	-0.7116	1	4
10427	data storage equipment	-0.1812	0.3456	3	22
10425	data storage	-0.3298	0.3391	3	4
10412	dark pulse	-0.7897	1.0407	6	4
10402	daphnia magna	0.8607	0.3494	2	4
10397	danio rerio	0.7889	0.7023	2	4
10395	dangling bond	-0.4658	-0.4577	1	25
10381	damage mechanism	-0.3383	-0.1018	1	4
10379	damage detection	0.4626	0.3894	2	8
10308	cytotoxicity test	0.9478	0.8015	2	7
10305	cytotoxicity assay	0.7711	0.4595	2	4
10304	cytotoxicity	0.8434	0.7555	2	108
10296	cytoskeleton	0.9163	0.9173	2	4
10291	cytosine	0.7124	0.5106	2	9
10288	cytoplasm	0.9106	0.7625	2	9
10287	cytology	0.6008	0.5938	2	121
10286	cytokine release	1.003	0.9691	2	5
10284	cytokine	0.9048	0.963	2	6
10283	cytocompatibility	0.7249	0.6528	2	6
10282	cytochromes c	0.9833	0.4505	2	24
10273	cysteine	0.8853	0.4895	2	30
10258	cylinders (shapes)	-0.8322	0.0931	1	9
10238	cyclohexane	0.422	-0.13	2	5
10237	cyclodextrins	1.025	0.3001	2	65
10226	cycloaddition reaction	0.2157	-0.1974	4	4
10225	cycloaddition	0.3817	-0.0025	4	30
10222	cyclization reaction	0.8329	-0.4829	2	6
10221	cyclization	0.663	-0.1918	2	8
10220	cycling stability	0.5936	-0.8238	5	212
10218	cycling property	0.6566	-0.7115	5	5
10216	cycling performance	0.7432	-0.8817	5	133
10215	cycling life	0.5799	-0.6876	5	10
10213	cycling	0.8524	-0.6691	5	4
10203	cyclic voltammograms	0.8031	-0.4385	5	47
10201	cyclic voltammetry curve	0.9391	-0.2005	7	5
10200	cyclic voltammetry	1.0121	-0.2525	5	836
10197	cyclic voltammetric	1.0582	-0.1813	2	7
10192	cyclic stability	0.5535	-0.8109	5	34
10190	cyclic potentiometry	1.1899	0.3362	2	184
10189	cyclic performance	0.6891	-0.8725	5	23
10172	cycle test	0.7209	-0.9207	5	6
10171	cycle stability	0.711	-0.8656	5	48
10170	cycle performance	0.7582	-0.8099	5	31
10168	cycle live	0.5753	-0.8147	5	18
10166	cyclability	0.6073	-0.819	5	31
10162	cyanogen	0.7297	0.0064	2	6
10160	cyanobacteria	0.8522	0.427	2	4
10155	cyanide	0.2497	-0.6197	4	19
10152	cyanate ester	0.1812	-0.7521	4	10
10151	cyanamide	0.9365	0.6348	2	6
10139	cutting	-0.2311	-0.1431	4	4
10137	cutoff frequency	-0.8722	0.4473	3	16
10127	curved surface	-0.5946	0.4249	3	5
10124	curve fitting	-0.0685	0.0797	3	17
10119	curvature effect	-0.7745	-0.3645	1	6
10115	current voltage relationship	-0.9381	0.369	1	5
10112	current voltage measurement	-0.1765	0.3701	3	4
10111	current voltage curve	-0.4284	0.3208	3	8
10110	current voltage characteristic	-0.7279	0.289	3	19
10109	current voltage	-0.3493	0.303	3	6
10100	current status	-0.2884	0.1634	3	8
10096	current spreading	-0.3177	0.6141	3	4
10094	current signal	0.7253	0.3201	2	5
10089	current saturation	-0.8191	0.4184	3	5
10088	current response	0.5158	0.2542	2	21
10084	current rectification	-0.8372	0.1486	3	4
10083	current ratio	-0.1303	0.1007	3	8
10064	current flows	-0.6043	0.214	3	4
10055	current density	0.099	0.0235	3	48
10051	current collector	0.4016	-0.6069	5	30
10048	current change	-0.7717	0.2893	1	4
10035	curing	0.2108	-0.6045	4	23
10025	cuprous oxide	1.0075	-0.3214	7	19
10021	cupric oxide	0.8727	0.0344	5	9
10020	cupric ion	0.766	0.4929	2	11
10010	cuo nanoparticle	1.144	-0.2657	5	6
10006	cuo	0.756	-0.5664	5	8
9999	culture medium	0.7622	0.6968	2	8
9979	cubic boron nitride	-0.3648	-0.2378	1	7
9959	cu2o	0.8544	-0.0775	7	6
9938	cu(ii)	1.0823	-0.0286	2	5
9935	cu(1 1 1)	-0.6262	-0.4952	1	13
9931	cu surface	-0.4591	-0.4865	3	11
9930	cu substrate	-0.3402	-0.3246	3	16
9927	cu ni alloy	-0.0174	-0.5395	3	7
9924	cu nano particle	0.4593	-0.1861	4	17
9919	cu foil	-0.282	-0.3328	3	26
9911	cu atom	-0.5047	-0.625	1	6
9908	cu	-0.4792	-0.5303	3	4
9903	crystallography. x ray	0.8802	0.1745	2	5
9902	crystallography	-0.2387	-0.034	3	20
9898	crystallographic structure	-0.2399	-0.3896	1	6
9896	crystallographic orientation	-0.5216	-0.157	3	5
9891	crystallization time	0.1981	-0.7308	4	4
9890	crystallization temperature	0.2368	-0.8271	4	26
9889	crystallization rate	0.2553	-0.9038	4	20
9888	crystallization property	0.2287	-0.9556	4	5
9887	crystallization process	0.152	-0.8759	4	6
9886	crystallization peak temperature	0.3274	-0.9201	4	5
9882	crystallization mechanism	0.2583	-0.8986	4	8
9881	crystallization kinetic	0.2592	-0.9416	4	32
9879	crystallization condition	0.3255	-0.7702	4	4
9876	crystallization behavior	0.2161	-0.8455	4	35
9875	crystallization activation energy	0.3872	-0.8562	4	4
9874	crystallization	0.0719	-0.3696	4	161
9872	crystallite size	0.107	-0.5118	5	13
9871	crystallite	0.104	-0.5716	5	10
9870	crystallinity	0.0623	-0.4026	4	46
9866	crystalline structure	0.1243	-0.4438	4	40
9860	crystalline quality	-0.443	-0.3973	3	6
9847	crystalline material	0.0078	-0.2455	5	95
9832	crystal violet	0.656	0.1486	7	13
9829	crystal symmetry	-0.6852	0.0369	1	7
9826	crystal structure and morphology	0.201	-0.3019	5	5
9825	crystal structure	0.1704	-0.0509	7	219
9824	crystal size	0.3073	-0.4922	5	7
9821	crystal quality	-0.2793	-0.3784	3	8
9816	crystal orientation	-0.441	-0.1488	3	14
9812	crystal morphology	0.0757	-0.5899	5	4
9810	crystal microstructure	0.0526	-0.7956	4	5
9806	crystal lattice	-0.937	-0.1501	1	16
9800	crystal growth	-0.3221	-0.2813	3	18
9795	crystal domain	-0.3861	-0.5963	3	4
9792	crystal defect	-0.6002	0.0386	1	7
9787	crystal atomic structure	-0.6195	-0.2658	1	43
9786	crystal	-0.3844	0.1018	1	35
9781	cryogenics	-0.2815	-0.3991	4	4
9768	crumpled graphene	0.244	-0.514	5	8
9766	crude oil	0.3607	-0.3786	4	7
9761	crosstalk	-0.8292	0.5068	3	4
9757	crosslinking structure	0.5723	0.0861	4	4
9756	crosslinking reagent	0.875	0.0527	2	8
9755	crosslinking reaction	0.3371	-0.6008	4	7
9753	crosslinking density	0.3178	-0.7187	4	8
9752	crosslinking agent	0.687	-0.1778	4	16
9751	crosslinking	0.442	-0.317	4	102
9747	crosslinked network	0.4124	-0.5611	4	10
9741	crosslink density	0.1512	-0.7694	4	4
9734	crossed andreev reflection	-1.3568	0.0312	1	4
9709	cross reaction	1.1662	0.7279	2	11
9704	cross linking	0.9428	0.3665	2	35
9696	cross coupling reaction	0.6204	-0.0064	5	5
9685	critical value	-0.9677	-0.0374	1	12
9683	critical temperature	-0.8924	-0.1886	1	7
9681	critical stress intensity factor	-0.5897	-0.6773	1	4
9668	critical point	-1.0975	-0.0183	1	4
9654	critical heat flux	-0.0251	-0.633	4	4
9648	critical factor	-0.0441	-0.1852	3	5
9645	critical electric field	-1.0692	-0.065	1	4
9633	critical challenge	0.3047	-0.2318	4	6
9620	creep	-0.077	-0.6835	4	7
9619	cracks	-0.3542	-0.6267	4	34
9611	crack tip	-0.5537	-0.6894	1	6
9601	crack deflection	-0.1343	-0.8892	4	5
9593	cr(vi)	1.1257	-0.2424	7	7
9591	cr removal	1.0612	-0.2037	7	5
9589	cr adsorption	1.1133	-0.268	7	4
9574	covalently bonded	-0.0199	-0.2835	4	19
9566	covalent organic framework	0.1766	-0.1953	5	7
9564	covalent modification	0.3623	-0.1022	4	18
9563	covalent linkage	0.4593	0.2061	4	14
9562	covalent interaction	0.0863	-0.5642	5	6
9561	covalent immobilization	0.9945	0.2789	2	10
9560	covalent grafting	0.4154	0.0437	4	8
9559	covalent functionalization	0.2453	-0.053	4	46
9558	covalent crosslinking	0.1399	-0.6784	4	8
9550	covalent bond	0.5394	0.2435	2	128
9549	covalent binding	0.3562	0.0352	2	5
9548	covalent attachment	0.5582	0.0405	4	13
9547	covalent assembly	0.7211	-0.1672	4	5
9543	coupling strength	-0.9431	0.2666	1	11
9540	coupling reaction	0.8648	-0.2054	4	10
9532	coupling interaction	-0.7711	0.0305	1	4
9528	coupling effect	-0.2215	-0.0104	1	7
9526	coupling agent	0.3571	-0.6108	4	32
9525	coupling	-0.5822	0.1135	1	7
9513	coupled mode theory	-0.7532	0.6057	6	8
9499	counter electrode material	0.8001	-0.2965	5	4
9497	counter electrode	0.5892	-0.1409	5	101
9490	coulombic efficiency	0.6648	-0.822	5	71
9486	coulomb scattering	-0.7439	0.1958	1	4
9485	coulomb repulsion	-0.9618	-0.1069	1	6
9482	coulomb interaction	-1.1394	-0.0728	1	6
9474	coulomb blockade	-0.999	0.1611	1	4
9469	cotton fabric	0.5588	-0.2755	4	8
9468	cotton	0.3659	-0.138	4	14
9464	cost reduction	0.3882	-0.309	5	6
9461	cost efficient	0.468	0.371	2	9
9459	cost effectiveness analysis	0.9964	0.5279	2	19
9458	cost effectiveness	0.4408	-0.0847	5	67
9457	cost effective strategy	0.9124	0.1321	5	4
9455	cost effective method	0.6723	0.2333	2	13
9453	cost effective approach	0.3419	-0.3958	4	6
9451	cost effective	0.2491	0.1105	3	11
9449	cost benefit analysis	0.7031	0.3795	2	11
9446	cost	0.4423	0.1808	7	19
9444	cosmetics	0.9312	0.4157	2	4
9428	corrugated surface	-0.7742	-0.2164	1	4
9416	corrosion resistance	0.3484	-0.5607	4	35
9412	corrosion protection	0.4014	-0.5579	4	20
9409	corrosion potential	0.5005	-0.5726	4	4
9405	corrosion current density	0.3668	-0.6615	4	4
9398	corrosion	0.3522	-0.5309	4	39
9387	correlation coefficient	1.034	0.2674	2	80
9386	correlation analysis	0.653	0.0645	7	9
9380	coronene	-0.2508	-0.1937	1	15
9354	core shell structure	0.4337	-0.3456	4	65
9351	core shell particle	0.4734	-0.4898	5	6
9349	core shell nanostructure	0.5519	-0.6597	5	17
9347	core shell nanoparticle	0.7603	-0.3316	5	39
9343	core shell material	0.7377	0.2106	2	5
9342	core shell hybrid	0.5619	-0.5172	5	4
9340	core shell composite	0.3782	-0.4201	5	5
9339	core shell	0.3641	-0.1882	5	51
9322	coprecipitation method	0.6844	-0.5821	5	25
9321	coprecipitation	0.9687	-0.6059	5	9
9317	copper(ii)	1.5255	0.229	2	4
9312	copper surface	-0.4751	-0.603	3	11
9306	copper sulfide	0.957	0.4802	2	10
9305	copper substrate	-0.3384	-0.2648	3	17
9295	copper phthalocyanine	0.0498	-0.0252	3	20
9289	copper oxide	0.6971	-0.3301	5	21
9282	copper nanoparticle	0.6996	0.0341	2	29
9278	copper matrix composite	0.0376	-0.7707	4	7
9277	copper ion	0.9349	0.2343	2	31
9273	copper foils	-0.2936	-0.2304	3	34
9267	copper derivative	0.7045	0.3441	2	5
9264	copper compound	-0.0352	-0.2404	5	14
9251	copper alloy	0.0654	-0.5156	5	10
9249	copper acetate	0.6269	-0.4812	4	4
9247	copper	0.0084	-0.1862	3	312
9244	copolymerization	0.4828	-0.0305	4	15
9239	copolymer	0.424	-0.1613	4	54
9235	coplanar waveguide	-0.7529	0.4674	3	7
9229	coordination reaction	0.5824	-0.0162	2	34
9218	coordination compound	0.8779	0.3297	2	7
9217	coordination complex	0.8119	0.3657	2	5
9208	cooperative interaction	0.4322	0.3946	2	4
9200	cooling rate	-0.2929	-0.4412	3	12
9193	cooling	-0.3888	-0.2299	3	19
9191	cooh group	0.4895	-0.2452	5	6
9183	convolution	-0.7625	0.0505	1	4
9180	conversion reaction	0.4696	-0.8737	5	13
9178	conversion rate	1.001	-0.2923	7	4
9174	conversion efficiency	0.1489	0.3209	3	124
9172	convergence of numerical method	0.0681	-0.2428	7	34
9166	conventional structure	-0.307	0.3705	3	4
9157	conventional method	0.0641	0.1037	3	20
9156	conventional metal	-0.6691	0.1234	1	4
9155	conventional material	-0.2013	0.0753	3	4
9145	controlled thickness	0.0648	-0.0737	3	10
9143	controlled synthesis	0.027	-0.372	3	39
9142	controlled study	0.8607	0.5249	2	686
9141	controlled structure	-0.0605	-0.5634	4	6
9140	controlled size	0.2216	-0.4124	4	5
9137	controlled release system	0.741	0.167	4	4
9134	controlled release	0.687	0.329	2	22
9122	controlled morphology	0.2111	-0.5606	5	5
9118	controlled growth	-0.2631	-0.413	3	21
9117	controlled experiment	0.3223	-0.3398	7	7
9116	controlled drug release	0.8543	0.6046	2	16
9114	controlled drug delivery	0.7629	0.4624	2	17
9111	controlled condition	-0.0434	-0.2539	7	5
9108	controlled assembly	0.2816	0.2379	4	8
9105	controllable synthesis	0.2864	-0.2094	5	43
9104	controllable structure	0.4106	-0.1784	3	5
9103	controllable size	0.003	0.0615	3	5
9097	controllable growth	-0.0283	-0.4089	3	21
9096	controllable formation	0.4689	0.2802	3	4
9077	control experiment	0.2921	0.0255	2	15
9067	contrast medium	0.7499	0.8321	2	10
9066	contrast media	0.5226	0.6887	2	5
9064	contrast enhancement	0.2682	0.5735	2	5
9063	contrast agent	0.6204	0.6422	2	4
9055	continuum model	-0.8227	-0.4003	1	5
9054	continuum mechanics	-0.839	-0.4245	1	28
9049	continuous wave laser	-0.4393	0.6491	6	7
9048	continuous wave	-0.6365	0.6218	6	16
9039	continuous operation	0.1398	0.3994	3	4
9015	contamination	0.3826	0.0342	7	5
9014	contaminated water	1.1614	-0.0854	7	4
9008	contacts (fluid mechanics)	-0.607	0.194	3	4
9005	contact time	0.9415	-0.2421	7	16
9004	contact surface	0.1093	-0.727	4	4
9002	contact resistivity	-0.5517	0.2363	3	4
8999	contact resistance	-0.557	0.2055	3	17
8988	contact interface	-0.6391	0.0223	3	4
8983	contact characteristic	-0.5418	0.3446	3	4
8980	contact area	-0.2027	-0.1211	3	9
8976	contact angle	0.3618	-0.0421	4	68
8947	constant voltage stress	-0.0227	0.3093	3	6
8937	constant potential	0.4597	0.0372	2	4
8932	constant current density	0.8875	-0.6672	5	9
8929	constant current	0.1825	-0.0606	3	9
8916	conjugation network	-0.1562	0.0058	1	4
8914	conjugation	0.8254	0.564	2	47
8911	conjugated structure	0.3656	0.1342	4	19
8910	conjugated polymer	0.2555	0.2274	3	31
8902	conjugated molecule	-0.1079	0.2354	1	7
8891	conjugate	0.893	0.6379	2	7
8885	congo red	0.9237	-0.1256	7	12
8880	conformational transition	0.7778	0.5069	2	28
8871	conformational change	0.4205	0.201	2	17
8868	conformation	0.0404	0.1247	3	135
8857	confocal microscopy	0.6718	0.6875	2	29
8856	confocal laser scanning microscope	0.5094	0.4099	2	6
8855	confocal laser microscopy	0.8007	0.7693	2	8
8852	confining effect	-0.8836	-0.2194	1	5
8849	confinement effect	-0.3295	-0.3611	1	9
8847	confinement	-0.6371	-0.2719	1	5
8825	cones	-0.8207	0.2165	6	4
8820	cone calorimeter	0.3968	-0.8174	4	8
8818	conductor	0.3557	0.3907	4	11
8817	conductometry	0.7973	0.5625	2	66
8813	conductivity property	-0.1195	-0.2091	4	6
8808	conductivity measurement	-0.0415	-0.2659	4	9
8800	conductivity	-0.0832	-0.1419	4	51
8797	conductive substrate	0.5078	-0.2788	5	17
8795	conductive property	0.0426	-0.343	4	18
8794	conductive polymer composite	0.2408	-0.4871	4	13
8793	conductive polymer	0.3034	-0.0943	4	15
8788	conductive paths	0.2105	-0.4783	4	10
8785	conductive network	0.348	-0.6252	4	81
8779	conductive mechanism	-0.081	-0.0307	3	4
8778	conductive material	0.1374	-0.1085	4	75
8774	conductive glass	0.1003	0.4012	3	6
8773	conductive film	0.065	0.0644	3	118
8772	conductive fillers	0.0845	-0.4829	4	9
8767	conductive electrode	0.2119	0.2537	3	5
8764	conductive composite	0.1765	-0.3947	4	19
8762	conductive channel	0.1244	-0.0461	5	10
8760	conductive carbon nanotubes	0.3638	-0.4963	5	9
8758	conductive carbon	0.575	-0.6051	5	5
8754	conductive atomic force microscopy	-0.4207	0.2822	3	7
8750	conductive additive	0.5209	-0.8167	5	32
8743	conduction channel	-0.558	0.0559	1	5
8740	conduction band minimum	-0.8782	-0.2041	1	6
8738	conduction band	-0.5815	0.1344	1	10
8731	conducting property	-0.2123	-0.0041	6	5
8729	conducting polymer nanocomposite	0.5473	0.026	5	6
8727	conducting polymer	0.3001	0.1171	3	100
8726	conducting polyaniline	0.7781	-0.3781	5	4
8723	conducting network	0.5993	-0.5411	5	18
8719	conducting material	-0.0706	0.0036	3	8
8713	conducting fillers	0.195	-0.6004	4	5
8709	conducting composite	0.3328	-0.3399	4	4
8708	conducting channel	-0.7493	0.133	1	13
8704	conducting additive	0.7584	-0.778	5	11
8700	conductance switching	-0.4711	0.2265	1	4
8696	conductance spectra	-1.2994	0.0826	1	11
8692	conductance oscillation	-1.1658	0.1717	1	7
8688	conductance fluctuation	-1.1266	0.0962	1	7
8683	conductance	-0.0291	0.5423	2	101
8678	condensed matter physics	-0.8889	0.0875	1	14
8677	condensation reaction	0.6775	-0.2789	4	8
8674	condensation	-0.1547	0.1213	1	6
8659	concentration response	0.9716	0.7114	2	30
8657	concentration range	0.9597	0.2833	2	70
8655	concentration polarization	0.3151	-0.5494	5	4
8645	concentration dependent	0.5364	0.4848	2	12
8642	concentration (process)	-0.3407	-0.2065	1	8
8641	concentration (parameters)	0.9489	0.3644	2	199
8640	concentration (composition)	0.8196	0.1562	2	30
8629	concanavalin a	0.8191	0.6619	2	14
8622	computerized tomography	0.0483	0.3007	2	5
8618	computer software reusability	0.7094	-0.0335	7	9
8617	computer software	-0.5856	0.2338	1	5
8616	computer simulation	-0.6166	-0.0542	1	132
8610	computer assisted tomography	0.8274	0.8817	2	4
8607	computer aided design	-0.5074	0.3771	3	9
8602	computational study	-0.5401	-0.117	1	11
8598	computational result	-0.5461	-0.2231	1	5
8592	computational mechanics	-0.5623	-0.3134	1	4
8582	computational design	-0.1288	0.3157	7	4
8581	computational chemistry	-0.499	-0.4754	1	4
8579	computation theory	-0.5301	-0.0677	1	18
8574	compressive strength	0.2648	-0.4566	4	50
8573	compressive strain	-0.5897	-0.3023	1	26
8572	compressive property	-0.2052	-0.6928	4	6
8569	compressive loading	-0.7799	-0.546	1	5
8563	compressive deformation	-0.0327	-0.2565	4	4
8561	compression testing	0.161	-0.5454	4	6
8559	compression strength	0.1576	-0.7123	4	6
8550	compression molding	0.1768	-0.6296	4	9
8543	compression	-0.0546	-0.3648	1	5
8541	compressibility	-0.3294	-0.1105	1	7
8536	comprehensive performance	0.5216	-0.2654	4	7
8507	composite thin film	0.1459	0.1811	3	8
8493	composite sheet	-0.0919	-0.3857	7	7
8485	composite powder	-0.0155	-0.8913	4	8
8482	composite photocatalyst	0.8966	-0.3247	7	64
8480	composite phase change material	0.2917	-0.8493	4	4
8478	composite particle	0.3136	-0.6032	4	5
8475	composite nanostructure	0.2683	0.1018	7	14
8470	composite nanofiber	0.5483	-0.4002	4	5
8467	composite modified electrode	1.2218	-0.049	2	19
8465	composite microsphere	0.7657	-0.406	4	7
8464	composite micromechanics	-0.083	0.0006	3	7
8462	composite membrane	0.7161	-0.2713	7	45
8456	composite material	0.4198	-0.4141	4	711
8452	composite hydrogels	0.753	-0.1558	4	42
8450	composite foams	0.4118	-0.3976	4	4
8448	composite film electrode	1.1475	-0.1916	2	4
8447	composite film	0.448	-0.1234	4	503
8446	composite fiber	0.4337	-0.6233	4	12
8440	composite electrode	0.7646	-0.4184	5	85
8430	composite coating	0.4198	-0.4349	4	32
8429	composite cathode material	0.686	-0.9692	5	6
8428	composite cathode	0.7558	-0.9285	5	6
8427	composite catalyst	0.7639	-0.6644	5	19
8424	composite anode	0.6097	-0.7765	5	9
8421	composite aerogel	0.5687	-0.1938	6	6
8418	composite	0.4569	-0.5385	4	539
8407	complexation	0.732	-0.2536	7	152
8406	complex viscosity	0.3507	-0.7303	4	5
8403	complex structure	-0.3224	-0.0394	1	6
8401	complex sample	0.9229	0.3326	2	5
8400	complex relative permittivity	-0.2304	-0.1055	6	4
8399	complex refractive index	-0.5799	0.6252	6	9
8392	complex permittivity	-0.1159	-0.1119	6	12
8391	complex permeability	-0.0509	-0.4394	6	4
8388	complex network	0.1112	-0.0101	4	15
8382	complex mixture	0.4747	0.3164	2	5
8369	complex formation	0.9068	0.5476	2	43
8356	complex band structure	-0.9786	0.4206	3	4
8340	complementary metal oxide semiconductor	-0.4792	0.3642	3	4
8335	complementary dna	1.0248	0.7757	2	15
8321	competitive immunoassay	1.1649	0.4356	2	7
8314	competitive binding	0.8705	0.6224	2	4
8311	competitive adsorption	0.6001	0.0499	2	6
8306	competition	0.3067	0.2988	7	5
8299	compatibilizer	0.2982	-0.6595	4	4
8294	comparison study	-0.0031	-0.1576	3	7
8290	comparative study	0.1865	0.0917	2	84
8287	comparative experiment	0.1723	-0.3847	4	4
8279	compact graphene	-0.1404	-0.1137	5	4
8253	commercial production	0.2543	-0.5363	4	4
8245	commercial catalyst	0.7754	-0.7623	5	4
8243	commercial application	0.1314	-0.1972	5	17
8242	commercial activated carbon	0.7499	-0.4439	5	5
8236	combustion synthesis	0.409	-0.6011	5	6
8231	combustion method	0.6181	-0.7799	5	4
8223	combustion	0.3194	-0.4146	4	19
8220	combined therapy	0.7169	0.8243	2	5
8213	combined modality therapy	0.9607	1.0203	2	5
8211	combined effect	-0.575	-0.1132	1	16
8199	combination mode	-0.6383	0.1266	1	4
8196	combination effect	0.6883	-0.863	4	4
8193	comb filter	-0.699	0.8424	6	4
8188	columbic efficiency	0.4823	-0.8241	5	4
8187	coloring agent	1.0655	-0.0641	7	35
8186	colorimetry	0.9	0.5508	2	63
8185	colorimetric sensor	0.8599	0.3172	2	5
8183	colorimetric method	0.882	0.5789	2	11
8181	colorimetric detection	0.9341	0.5007	2	28
8180	colorimetric biosensor	0.8389	0.6617	2	5
8177	colorimetric assay	0.9019	0.5121	2	5
8176	colorimetric analysis	0.9349	0.524	2	4
8161	color	0.4339	0.5165	2	38
8154	colloidal suspension	0.2214	-0.2732	4	25
8153	colloidal stability	0.6597	0.1727	2	10
8151	colloidal solution	0.5231	-0.3326	5	4
8148	colloidal particle	0.3331	-0.1525	4	4
8146	colloidal graphite	0.5392	-0.5224	4	6
8141	colloidal dispersion	0.3549	-0.3222	4	13
8126	colloid chemistry	0.3003	-0.301	4	8
8125	colloid	0.4765	0.1064	4	53
8121	collision process	-0.3176	0.0337	1	4
8117	collector efficiency	0.3405	-0.1751	4	13
8095	cold temperature	0.3817	0.2837	5	5
8092	cold crystallization	0.387	-0.885	4	6
8090	cold cathode	-0.2868	-0.0893	3	4
8088	cold	0.1519	0.2097	5	5
8084	coke	0.2711	-0.5431	5	6
8080	coin type cell	0.7911	-0.8162	5	9
8073	cohesive energy	-0.3777	-0.4183	1	19
8072	coherent transport	-1.1403	0.2473	1	4
8045	cofe2o4	0.7364	-0.9592	5	4
8041	coenzyme	0.5534	0.6119	2	8
8036	coefficient of friction	-0.234	-0.6871	4	8
8026	cocatalyst	0.5987	-0.1823	7	13
8024	cocaine	1.0939	0.6278	2	6
8008	cobalt sulfide	0.927	-0.7851	5	10
7998	cobalt phthalocyanine	0.1542	0.1137	3	12
7985	cobalt oxide	0.8355	-0.5427	5	39
7981	cobalt nanoparticle	0.6056	-0.4289	5	8
7973	cobalt hydroxide	1.01	-0.6375	5	14
7971	cobalt hexacyanoferrate	1.2756	0.0882	2	6
7967	cobalt ferrite	0.3679	-0.7016	5	10
7964	cobalt derivative	1.1678	-0.1	2	7
7963	cobalt deposits	1.1553	-0.8715	5	11
7960	cobalt compound	0.3095	-0.5529	5	69
7959	cobalt complex	0.9811	0.1136	2	4
7947	cobalt	0.3583	-0.4094	5	200
7935	coating method	0.3466	-0.1364	4	5
7931	coating layer	0.1092	-0.4183	4	6
7926	coating	0.3107	-0.1491	4	181
7925	coated wire electrode	0.9103	-0.3716	5	11
7919	coated materials. biocompatible	0.7891	0.764	2	13
7918	coated material	0.3794	-0.3053	5	13
7915	coated electrode	0.7233	-0.3409	5	6
7903	coalescence	-0.3608	-0.3287	1	6
7901	coal tar pitch	0.4181	-0.8619	5	4
7900	coal tar	0.3927	-0.8123	5	4
7885	coal	0.3367	-0.3797	5	16
7882	coagulation	0.5329	-0.2675	4	24
7866	co3o4	0.7555	-0.8737	5	8
7861	co2 reduction	0.2773	-0.7437	7	4
7823	co tolerance	0.2997	-0.8829	5	4
7820	co stripping voltammetry	0.9388	-0.918	5	4
7814	co reduction	0.7928	-0.2251	5	15
7810	co poisoning	0.3734	-0.8129	5	4
7808	co oxidation	-0.0416	-0.6861	1	17
7806	co ordination chemistry	0.7123	0.4631	2	7
7802	co nanoparticle	-0.0406	-0.8012	5	6
7799	co molecule	-0.2413	-0.6565	1	9
7789	co electrodeposition	1.1474	-0.0601	2	7
7788	co doping	-0.0458	-0.4479	5	13
7787	co doped	0.0109	0.296	6	22
7774	co catalytic oxidation	-0.0061	-0.7328	1	6
7773	co catalyst	0.0486	-0.5311	7	4
7766	co al layered double hydroxide	0.8565	-0.8544	5	4
7765	co adsorption	-0.3242	-0.4953	1	11
7759	cnts	0.2611	0.0008	3	10
7749	cnt	0.0311	-0.1266	3	5
7745	cmos integrated circuit	-0.6151	0.4236	3	6
7744	cmos compatible	-0.5572	0.2637	3	4
7735	cluster ion implantation	-0.4477	-0.1461	3	5
7723	cluster	-0.5142	-0.5771	3	5
7707	close proximity	-0.1716	0.3239	3	9
7695	clinical research	0.8336	0.8045	2	5
7690	clinical diagnostic	0.8686	0.6943	2	13
7689	clinical diagnosis	1.1086	0.5993	2	11
7685	clinical application	1.0259	0.5903	2	24
7681	click chemistry	0.7832	0.161	2	21
7679	clenbuterol	1.288	0.3915	2	8
7674	cleanup	1.0752	-0.1485	7	5
7671	cleaning	-0.0696	0.1165	6	6
7660	clean energy	0.1636	-0.1335	3	5
7657	clay minerals	0.5999	-0.3752	4	12
7654	clay	0.617	-0.2204	4	4
7645	classical motion	-1.0921	0.3967	6	6
7643	classical molecular dynamic	-0.6358	-0.3164	1	23
7623	citrus fruits	0.9077	-0.0836	7	26
7621	citric acid	0.5844	0.1677	2	18
7619	citrate sodium	0.931	0.3729	2	6
7612	cisplatin	1.0492	0.9204	2	5
7605	circularly polarized wave	-0.9383	0.5415	6	5
7602	circularly polarized light	-0.9918	0.2024	1	4
7600	circular waveguide	-0.5783	0.3191	6	12
7595	circular polarization	-0.8738	0.3686	6	5
7590	circular dichroism spectroscopy	0.4056	0.3737	2	4
7589	circular dichroism spectra	0.8207	0.2643	2	5
7588	circular dichroism	0.4446	0.5013	2	13
7583	circuit theory	-0.7949	0.4931	3	7
7582	circuit simulation	-0.8267	0.5274	3	5
7578	circuit modeling	-0.7766	0.5071	6	7
7570	ciprofloxacin	1.2995	0.1435	2	10
7562	cinnamaldehyde	0.4695	-0.8243	5	5
7552	chronopotentiometry	0.6394	-0.4705	5	16
7548	chronoamperometry	1.1112	-0.4208	5	90
7540	chronic myelogenous leukemia	1.2004	0.6005	2	4
7533	chromophore	0.0776	0.1832	1	6
7526	chromium compound	0.8599	-0.2346	7	62
7524	chromium	0.3321	0.0071	7	45
7522	chromatophore	0.6381	0.524	2	4
7518	chromatography. liquid	1.087	0.4583	2	8
7516	chromatography. high pressure liquid	1.0385	0.3237	2	36
7514	chromatography. gas	0.9564	0.1947	2	5
7512	chromatography	0.9245	0.1873	2	64
7504	chromatographic analysis	0.5327	-0.1662	2	4
7500	chorionic gonadotropin	1.2824	0.656	2	4
7484	cholic acid	0.6721	0.1461	2	4
7483	cholesterol oxidase	1.1662	0.445	2	7
7479	cholesterol biosensor	1.3216	0.4159	2	8
7478	cholesterol	0.9935	0.4776	2	12
7472	chlorpyrifos	1.2979	0.1638	2	6
7471	chlorphenotane	1.0157	0.2167	2	4
7467	chloroplatinic acid	0.7877	-0.4239	5	6
7461	chlorophyll	0.4287	0.5022	2	6
7460	chlorophenol	0.9989	-0.0243	2	21
7452	chlorobenzene	0.7453	0.1782	2	4
7451	chloroauric acid	0.8609	0.1423	2	6
7444	chlorine compound	0.6431	-0.1833	4	211
7442	chlorine	0.1782	-0.1305	4	21
7441	chlorination	0.1284	-0.2344	4	14
7432	chloride	0.9158	0.0082	2	16
7426	chloramphenicol	1.2415	0.3484	2	6
7399	chitosan composite	0.6669	0.4003	2	7
7398	chitosan	0.9428	0.2264	2	236
7396	chitin	0.8479	-0.0082	2	65
7386	chirality dependence	-0.9019	-0.2356	1	4
7385	chirality	-0.4015	0.0084	1	48
7372	chiral recognition	1.0839	0.2967	2	5
7345	chip scale package	-0.1014	0.2315	3	4
7330	chicken	1.01	0.6008	2	6
7321	chemotherapy	0.8717	0.8624	2	32
7304	chemoluminescence	1.138	0.6619	2	64
7295	chemistry techniques. synthetic	0.5557	0.1605	2	7
7294	chemistry techniques. analytical	1.0585	0.3804	2	16
7293	chemistry	0.3617	0.364	2	1508
7292	chemisorption	-0.3217	-0.4698	1	40
7287	chemiluminescent measurement	1.1155	0.5091	2	4
7278	chemiluminescence resonance energy transfer	1.145	0.7843	2	4
7275	chemiluminescence immunoassay	1.1912	0.7345	2	11
7273	chemiluminescence analyzer	1.1774	0.5614	2	5
7272	chemiluminescence	0.9409	0.4928	2	50
7270	chemicals removal (water treatment)	0.9009	-0.1789	7	40
7267	chemically reduced graphene oxide	0.5141	0.1003	4	44
7263	chemically modified graphene	0.4388	-0.1954	4	19
7262	chemically modified electrode	1.1268	0.2026	2	17
7261	chemically modified	0.163	-0.1813	4	28
7258	chemically doped	-0.4235	0.1728	6	4
7253	chemically converted graphene	0.5422	-0.0918	4	24
7251	chemically bonded	0.4772	-0.3913	7	13
7246	chemical vapour deposition	-0.2234	-0.0571	3	30
7239	chemical vapor deposition process	-0.1709	-0.3743	3	28
7238	chemical vapor deposition method	-0.1693	0.0629	3	73
7237	chemical vapor deposition growth	-0.3498	-0.323	3	15
7236	chemical vapor deposition grown graphene	-0.3623	0.0719	3	23
7235	chemical vapor deposition graphene	-0.4715	0.211	3	35
7231	chemical vapor deposition	-0.2785	-0.0506	3	641
7229	chemical vapor deposited	-0.4487	0.1644	3	18
7227	chemical vapor	-0.2961	0.0035	3	13
7226	chemical treatment	-0.04	-0.1703	4	6
7222	chemical synthesis	0.5653	-0.4647	5	98
7217	chemical structure	0.397	0.2723	2	418
7216	chemical strategy	0.6027	0.0581	2	5
7212	chemical stability	0.2516	-0.0842	4	75
7202	chemical sensor	0.1654	0.3032	3	102
7199	chemical sensing	0.0205	0.3851	3	4
7198	chemical route	0.351	-0.184	7	9
7196	chemical reduction method	0.6207	-0.5195	5	29
7195	chemical reduction	0.4021	-0.1875	4	147
7191	chemical reagent	0.7584	0.6545	2	5
7190	chemical reactor	0.4871	-0.4493	5	5
7189	chemical reaction kinetic	0.6776	0.058	2	19
7187	chemical reaction	0.643	-0.0137	2	144
7185	chemical property	0.2222	0.0753	7	41
7183	chemical process	0.1801	-0.2436	3	11
7182	chemical procedure	0.7091	0.2818	2	33
7177	chemical precipitation method	0.9591	-0.0616	5	12
7176	chemical precipitation	0.9013	-0.6852	5	6
7173	chemical potential	-0.8773	0.3428	6	14
7172	chemical polymerization	0.9877	-0.7523	4	8
7165	chemical phenomena	0.5434	0.1612	2	33
7162	chemical parameter	0.7077	0.2662	2	25
7160	chemical oxygen demand	0.4325	-0.2129	5	6
7159	chemical oxidative polymerization	0.6951	-0.2175	5	15
7156	chemical oxidation polymerization	0.4244	-0.4062	4	5
7155	chemical oxidation	0.4134	-0.2893	4	24
7151	chemical modification	0.3678	0.1843	2	176
7150	chemical model	-0.5387	0.018	1	68
7148	chemical method	0.2167	-0.0927	4	25
7147	chemical mechanism	0.0121	0.0043	3	7
7142	chemical labeling	1.0802	0.743	2	13
7141	chemical interaction	0.4977	0.1192	2	113
7140	chemical inertness	-0.0564	-0.1701	3	6
7139	chemical industry	0.2237	0.2394	6	9
7130	chemical group	-0.3912	-0.3316	1	4
7127	chemical grafting	0.6443	-0.3642	4	5
7126	chemical gas sensor	-0.2683	0.5129	3	7
7124	chemical functionalization	0.0539	-0.1209	1	32
7122	chemical functional group	0.1991	0.2305	7	5
7116	chemical exfoliation	0.1499	-0.2002	4	15
7113	chemical environment	-0.0255	0.044	1	11
7112	chemical enhancement	-0.004	0.3194	6	16
7111	chemical engineering	0.4672	0.0654	2	13
7106	chemical doping	-0.4304	0.1742	3	23
7104	chemical detection	0.7537	0.378	2	340
7102	chemical deposition method	0.6348	-0.3382	7	5
7101	chemical deposition	0.7519	0.0323	7	9
7094	chemical cross linking	0.4587	-0.2399	4	5
7092	chemical coupling	0.2178	-0.8066	5	4
7090	chemical coprecipitation method	0.7409	-0.5717	5	4
7088	chemical conversion	0.1048	-0.2078	6	7
7087	chemical contamination	0.9817	0.3563	2	6
7084	chemical compound	0.5071	0.1722	2	22
7081	chemical composition	0.401	0.0362	2	94
7070	chemical bondings	-0.08	-0.3193	1	25
7066	chemical bond	-0.0821	-0.2614	1	182
7064	chemical binding	0.6374	0.3231	2	31
7060	chemical bath deposition	0.6501	-0.4539	5	6
7054	chemical and biologicals	0.4358	0.3618	2	6
7052	chemical and biological sensing	0.1406	0.6227	3	4
7049	chemical analysis	0.4222	0.1626	2	215
7044	chemical adsorption	0.2292	-0.4819	7	13
7041	chemical activity	-0.0512	-0.3006	1	14
7040	chemical activation	0.419	-0.2838	5	45
7039	chemical	-0.334	-0.0912	1	5
7038	chelation	0.8739	0.1123	2	21
7035	chelating agent	0.9313	0.4529	2	6
7031	charging/discharging	0.6115	-0.6674	5	21
7028	charging (batteries)	0.6765	-0.8711	5	31
7020	charged particle	-0.7259	-0.1072	1	7
7016	charged impurity scattering	-0.9243	0.2314	1	5
7015	charged impurity	-0.8413	0.1337	1	12
7006	charge/discharge test	0.7169	-1.0082	5	7
7003	charge/discharge cycle	0.7144	-0.7559	5	49
7000	charge/discharge	0.5896	-0.6735	5	29
6986	charge trapping	-0.4132	0.4567	3	7
6983	charge transportation	0.2131	-0.2705	7	7
6980	charge transport	-0.4591	0.1029	3	13
6978	charge transfer resistance	0.8329	-0.3752	5	89
6977	charge transfer reaction	0.4329	-0.2569	5	5
6976	charge transfer rate	0.8525	-0.481	5	5
6974	charge transfer process	-0.0302	0.2496	4	4
6972	charge transfer mechanism	-0.3157	0.078	1	8
6965	charge transfer complex	0.1982	0.0383	4	5
6964	charge transfer coefficient	1.3404	-0.0529	2	15
6963	charge transfer	-0.0259	-0.074	1	376
6955	charge separation	0.4286	-0.0048	7	46
6949	charge redistribution	-0.5294	-0.3161	1	23
6947	charge recombination	0.5567	0.0283	7	30
6940	charge neutrality	-0.7972	0.1478	1	8
6938	charge mobility	-0.4116	0.1409	1	5
6933	charge injection	-0.1406	0.6343	3	5
6926	charge doping	-0.5533	-0.1011	1	8
6925	charge distribution	-0.5952	-0.3974	1	9
6922	charge discharge test	0.5536	-0.7912	5	15
6921	charge discharge process	0.5543	-0.9567	5	23
6920	charge discharge performance	0.595	-1.0344	5	6
6917	charge discharge cycling	0.5385	-0.8411	5	14
6915	charge discharge cycle	0.8014	-0.786	5	49
6913	charge discharge capacity	0.4041	-0.3958	5	5
6912	charge discharge	0.6751	-0.7024	5	29
6908	charge density difference	-0.283	-0.8125	1	4
6906	charge density	-0.7027	-0.1059	1	7
6905	charge current	-1.0841	0.0782	1	5
6899	charge collectors	0.3611	-0.0757	7	5
6895	charge carriers	-0.5653	0.1231	1	10
6888	charge capacity	0.5774	-0.96	5	33
6886	charge and discharge capacity	0.7572	-0.9777	5	4
6885	charge and discharge	0.5778	-0.8873	5	22
6883	charge accumulation	-0.5011	-0.2601	1	5
6881	charge  discharge rate	0.6545	-1.0748	5	5
6880	charcoal	0.524	-0.0465	2	11
6877	characterization technique	0.3216	-0.3638	5	23
6875	characterization method	-0.1029	-0.0378	3	16
6873	characterization	0.034	-0.1441	5	116
6866	characteristic peak	-0.0783	0.1564	3	12
6863	characteristic length	-0.8621	-0.095	1	4
6837	channel length	-0.8425	0.3381	3	6
6835	channel gating	0.2921	0.5351	7	6
6809	chain length	0.2595	-0.2702	4	10
6807	chain	0.0756	-0.3547	4	66
6798	cetyltrimethylammonium bromide	0.9639	-0.1895	7	31
6797	cetyl trimethylammonium bromide	0.8716	-0.3625	7	18
6795	cetrimonium compound	0.9917	0.1664	2	8
6794	cetrimide	0.9743	0.2771	2	13
6789	cesium	0.1776	0.0675	7	20
6784	certified reference material	0.7928	0.1762	2	5
6781	cerium oxide	1.0414	0.4018	2	17
6780	cerium compound	0.3532	-0.4409	5	7
6777	cerium alloy	0.0786	-0.3249	5	9
6776	cerium	0.7811	-0.0549	5	17
6775	ceric oxide	1.1238	-0.3027	5	5
6762	ceramic substrate	0.4468	0.1141	3	4
6755	ceramic material	0.0371	-0.581	4	30
6752	ceramic composite	-0.0701	-0.8935	4	6
6751	ceramic	0.285	-0.1916	4	8
6738	centrifuge	0.4048	-0.1284	4	4
6733	centrifugation	0.475	0.0751	4	32
6728	central wavelength	-0.687	1.0597	6	36
6725	central metal	-0.2272	-0.0014	1	4
6719	center wavelength	-0.6168	0.9088	6	4
6710	cement hydration	0.1162	-0.9255	4	5
6709	cement composite	0.0826	-0.8575	4	6
6706	cement based composite	0.0436	-0.7876	4	6
6704	cement	0.0313	-0.76	4	20
6694	cellulose nanofiber	0.5552	0.0856	7	5
6687	cellulose film	0.2687	-0.2353	4	9
6683	cellulose derivative	0.096	-0.105	4	6
6672	cellulose	0.5014	-0.0873	4	57
6670	cellular uptake	0.7305	0.6725	2	7
6668	cellular toxicity	0.7703	0.6089	2	7
6664	cellular response	0.7507	0.7266	2	4
6653	cellular internalization	0.8179	0.863	2	6
6648	cellular imaging	0.6573	0.7109	2	12
6641	cellular distribution	0.9458	0.852	2	13
6630	cells	0.6011	0.5677	2	109
6621	cell viability assay	1.0216	0.7905	2	9
6620	cell viability	0.8836	0.7999	2	64
6617	cell ultrastructure	0.8679	0.7426	2	6
6616	cell type	0.8046	0.7827	2	4
6615	cell transport	0.962	0.9294	2	6
6612	cell tracking	0.8883	0.7457	2	4
6608	cell survival	0.8472	0.7991	2	82
6605	cell surface	0.8352	0.7535	2	7
6604	cell structure	0.8208	0.8299	2	17
6601	cell strain mcf 7	0.9579	0.7866	2	9
6597	cell strain hepg2	0.9571	0.8777	2	6
6595	cell strain hek293	0.8439	0.8716	2	4
6593	cell strain 3t3	0.7607	0.6623	2	5
6577	cell proliferation	0.7738	0.7184	2	46
6572	cell performance	0.387	0.0221	3	9
6568	cell nucleus	0.9096	0.8779	2	4
6562	cell migration	0.8851	0.9074	2	5
6556	cell membrane permeability	0.8372	0.7117	2	5
6554	cell membrane	0.6023	0.5778	2	61
6546	cell line. tumor	0.8731	0.8688	2	77
6545	cell line	0.8079	0.817	2	38
6543	cell labeling	1.0336	0.8796	2	6
6542	cell killing	0.9441	0.9397	2	4
6539	cell interaction	0.8282	0.8764	2	5
6535	cell imaging	0.5187	0.7573	2	15
6533	cell growth	0.8123	0.7721	2	9
6532	cell function	0.8046	0.7418	2	8
6525	cell engineering	0.4986	0.5158	2	11
6520	cell differentiation	0.7748	0.7952	2	20
6518	cell density	0.7146	0.2728	2	6
6517	cell death	0.8106	0.793	2	51
6508	cell culture	0.7064	0.6475	2	77
6507	cell count	0.8525	0.8445	2	4
6498	cell apoptosis	0.8861	0.8939	2	6
6495	cell adhesion	0.7416	0.6867	2	33
6494	cell activity	0.8325	0.7949	2	5
6487	ce	1.0582	0.2809	2	4
6480	cdte solar cells	0.0468	0.0097	3	6
6474	cdte quantum dots	0.4173	0.6942	2	10
6468	cdte	0.343	0.5153	2	10
6463	cdse quantum dots	0.4018	0.57	7	7
6457	cdse	0.6932	0.1021	7	8
6453	cds quantum dots	0.5569	0.3039	7	10
6447	cds nanoparticle	0.5475	-0.1649	7	14
6446	cds nanocrystal	0.5925	-0.0666	7	4
6444	cds	0.5763	0.0215	7	57
6413	cavity resonators	-0.541	0.18	6	9
6396	cavitation	0.1993	-0.0158	7	7
6389	cattle	0.9935	0.5647	2	43
6387	cations. divalent	1.0893	0.2877	2	10
6383	cationic surfactant	0.6779	-0.168	4	19
6376	cationic polyelectrolyte	0.7027	-0.1489	5	7
6372	cationic dyes	0.8999	-0.1447	7	7
6357	cation exchange	0.7996	0.0964	2	6
6354	cation	0.7198	0.1663	2	23
6345	cathodic photocurrent	0.3987	0.1343	7	7
6343	cathodic peak	1.2302	0.0766	2	5
6334	cathodic current density	0.6871	-0.5051	5	7
6327	cathode material	0.6634	-0.872	5	117
6325	cathode electrode	0.4457	-0.3498	5	4
6321	cathode catalyst	0.7309	-0.7511	5	20
6317	cathode	0.6439	-0.6803	5	318
6310	catechol	1.3013	0.2025	2	47
6291	catalytic system	0.4763	-0.3296	4	6
6288	catalytic substrate	-0.102	-0.2491	3	4
6286	catalytic stability	1.0356	-0.5252	5	4
6285	catalytic site	0.4763	-0.4801	5	7
6281	catalytic reduction	0.9127	-0.2251	5	41
6279	catalytic reactivity	0.1933	-0.585	1	10
6278	catalytic reaction	0.585	-0.1346	5	30
6276	catalytic property	0.596	-0.4229	5	80
6275	catalytic process	0.3466	-0.1236	5	5
6274	catalytic performance	0.7705	-0.5041	5	161
6269	catalytic oxidation	0.7309	-0.4624	5	148
6265	catalytic mechanism	0.5208	-0.4602	5	15
6264	catalytic material	0.3083	-0.4799	5	11
6262	catalytic hydrolysis	0.7178	-0.6813	5	18
6261	catalytic hydrogenation	0.4381	-0.478	5	9
6259	catalytic growth	-0.2168	-0.4874	3	8
6258	catalytic graphitization	0.1925	-0.6531	5	5
6251	catalytic efficiency	0.8726	-0.2044	5	14
6250	catalytic effect	0.2287	-0.5403	5	22
6245	catalytic degradation	0.689	-0.1966	7	5
6243	catalytic decomposition	0.0723	-0.3762	5	8
6240	catalytic current	0.9561	-0.4649	5	4
6234	catalytic chemical vapor deposition	-0.1889	-0.1579	3	7
6229	catalytic capability	0.7401	-0.2034	7	6
6228	catalytic behavior	0.5061	-0.3935	5	10
6227	catalytic application	0.6588	-0.5134	5	13
6224	catalytic activity	0.4211	-0.5361	5	41
6223	catalytic active site	0.6999	-0.5704	5	7
6220	catalytic ability	0.7976	-0.1521	5	18
6219	catalytic	0.3682	-0.2221	5	4
6215	catalyst surface	-0.1244	-0.6498	5	9
6214	catalyst supports	0.6441	-0.6487	5	63
6209	catalyst selectivity	0.6515	-0.444	5	41
6208	catalyst regeneration	0.5293	-0.5278	5	4
6203	catalyst precursor	0.3867	-0.5243	5	7
6202	catalyst poisoning	0.5759	-0.7817	5	24
6200	catalyst particle	-0.0684	-0.4839	5	9
6197	catalyst loadings	0.6806	-0.3803	5	4
6191	catalyst free	0.009	-0.5879	5	10
6188	catalyst deactivation	0.5228	-0.6477	5	6
6182	catalyst activity	0.7719	-0.5216	5	622
6181	catalyst	0.531	-0.4625	5	622
6176	catalysis	0.7464	-0.0858	5	595
6171	catalase	0.9764	0.5329	2	7
6169	casting method	1.0551	-0.136	4	7
6168	casting	0.5865	-0.1158	4	7
6163	caspase 3	0.9612	0.9534	2	9
6160	casein	0.9524	0.3514	2	5
6140	carrier transport	-0.3222	0.3753	3	11
6135	carrier scattering	-0.826	0.2433	1	6
6133	carrier recombination	-0.2598	0.5773	3	7
6130	carrier mobility	-0.5257	0.1797	3	80
6126	carrier injection	-0.5346	0.5339	3	5
6120	carrier density	-0.9761	0.201	1	8
6117	carrier concentration	-0.7643	0.1708	1	35
6107	cardiovascular system	0.6985	0.7482	2	4
6095	carcinogen	1.0473	0.4394	2	5
6091	carcinoembryonic antigen	1.206	0.5833	2	83
6090	carcinoembryonic antibody	1.3457	0.7212	2	5
6077	carboxylic group	0.5443	-0.1086	2	19
6075	carboxylic graphene	1.382	0.3287	2	5
6073	carboxylic acid group	0.5867	0.0963	2	6
6071	carboxylic acid derivative	1.131	0.4765	2	5
6070	carboxylic acid	0.6531	0.0476	2	60
6067	carboxylation	0.537	0.0712	2	25
6065	carboxylated nitrile rubber	0.0404	-0.5337	4	4
6061	carboxylated graphene oxide	1.0359	0.4272	2	4
6052	carboxyl group	0.5368	0.0553	2	56
6048	carboxyl graphene	0.6742	0.55	2	7
6047	carboxyl functionalized graphene oxide	1.261	0.2962	2	6
6045	carboxyl functionalized	0.4337	0.0782	4	5
6042	carboxyfluorescein	0.8926	0.6447	2	11
6040	carboxy methyl cellulose	0.4673	-0.0983	4	5
6034	carbothermal reduction	0.4395	-0.7892	5	11
6030	carbonylation	0.3056	-0.1384	4	6
6026	carbonyl iron	0.054	-0.2236	4	4
6025	carbonyl group	0.1825	-0.3354	5	7
6024	carbonyl derivative	0.7956	-0.0278	2	9
6021	carbonyl and carboxyl group	0.2634	-0.0119	4	6
6020	carbonyl	-0.0506	-0.4191	4	4
6017	carbonization temperature	0.3659	-0.7763	5	7
6016	carbonization process	0.5206	-0.7743	4	7
6015	carbonization	0.4899	-0.5756	5	106
6013	carbonation	0.6071	-0.3543	5	8
6010	carbonate minerals	0.7635	-0.0116	7	7
6007	carbonate	0.6672	-0.0264	4	6
5997	carbonaceous material	0.4268	-0.364	5	23
5989	carbonaceous adsorbent	0.9201	-0.1466	7	7
5960	carbon vacancy	-0.5908	-0.3234	1	4
5956	carbon thin film	-0.2996	-0.1037	3	4
5955	carbon tetrachloride	0.4926	-0.3718	7	6
5954	carbon system	-0.6146	-0.3043	1	4
5952	carbon surface	0.0333	-0.2429	1	5
5949	carbon support	0.4539	-0.667	5	6
5945	carbon structure	-0.2329	-0.3842	1	12
5944	carbon steel	0.3824	-0.5296	4	4
5943	carbon sphere	0.3002	-0.2596	5	13
5942	carbon specy	-0.1554	-0.5354	3	5
5940	carbon source	-0.0049	-0.3158	3	45
5939	carbon solubility	-0.2612	-0.4691	3	5
5937	carbon shells	0.0738	-0.4974	5	15
5936	carbon sheet	-0.1631	-0.3272	1	9
5932	carbon ring	-0.5783	-0.3764	1	12
5925	carbon quantum dots	0.501	0.1276	5	8
5924	carbon precursor	-0.03	-0.5369	3	12
5917	carbon paste electrode	1.154	0.0978	2	11
5906	carbon nitride	0.0971	-0.4681	5	36
5905	carbon network	-0.2028	-0.3605	1	10
5892	carbon nanotubes	-0.0708	-0.087	3	693
5876	carbon nanotube hybrids	0.1459	-0.4933	4	15
5874	carbon nanotube film	0.148	-0.2411	5	8
5865	carbon nanotube composite	0.4379	-0.3548	4	18
5862	carbon nanotube bundle	-0.1107	-0.0597	4	4
5860	carbon nanotube array	-0.1462	-0.227	3	8
5858	carbon nanotube	0.3304	0.2739	2	323
5856	carbon nanostructure	-0.1283	-0.1778	1	41
5853	carbon nanosphere	0.6341	-0.1685	5	16
5852	carbon nanosheet	0.2259	-0.3339	5	17
5851	carbon nanoscrolls	-0.4132	-0.1457	1	13
5848	carbon nanoparticle	0.449	0.0586	2	30
5845	carbon nanomaterial	0.2223	0.099	2	83
5844	carbon nanohorn	0.1248	0.0564	2	5
5842	carbon nanoflake	0.0438	-0.4053	3	4
5839	carbon nanofiber composite	0.7624	-0.6986	5	4
5837	carbon nanofiber	0.2353	-0.5601	5	63
5833	carbon nanocone	-0.4576	-0.2538	1	6
5831	carbon nanocomposite	0.3917	-0.4572	4	8
5830	carbon nanocluster	-0.5374	-0.0375	1	4
5820	carbon monoxide	0.1798	-0.5436	5	35
5810	carbon matrix	0.428	-0.5726	5	4
5809	carbon material	0.2493	-0.2478	5	217
5807	carbon layer	-0.2394	-0.3096	3	19
5806	carbon lattice	-0.2499	-0.4107	1	6
5805	carbon isotope	-0.1335	-0.0772	1	6
5804	carbon ionic liquid electrode	1.4014	0.2103	2	37
5792	carbon framework	0.0452	-0.4393	5	9
5785	carbon film	-0.1311	-0.2126	3	111
5781	carbon fiber reinforced plastics	-0.2646	-0.6475	4	8
5774	carbon fiber composite	0.0217	-0.666	4	4
5772	carbon fiber	0.1758	-0.4554	4	95
5766	carbon electrode	0.7995	0.0085	2	23
5765	carbon dots	0.364	0.5306	2	8
5763	carbon disulfide	0.5643	-0.3579	3	4
5756	carbon dioxide electrode	1.1876	0.5204	2	13
5754	carbon dioxide adsorption	0.3954	-0.547	7	4
5752	carbon dioxide	0.3299	-0.347	7	158
5740	carbon counter electrode	0.9137	-0.2884	5	4
5739	carbon content	-0.0879	-0.5889	4	8
5735	carbon concentration	-0.4439	-0.5623	3	5
5734	carbon compounds. inorganic	-0.2675	-0.5338	3	5
5732	carbon composite	0.3403	-0.5556	5	14
5730	carbon coating	0.3355	-0.7251	5	20
5727	carbon coated	0.4499	-0.5938	5	6
5723	carbon cluster	-0.2519	-0.2864	1	16
5722	carbon cloth	0.3449	-0.3716	5	10
5719	carbon chain	-0.805	-0.4037	1	24
5718	carbon catalyst	0.2713	-0.448	5	9
5714	carbon carbon composite	0.1017	-0.5362	4	28
5713	carbon carbon bond	-0.602	-0.3105	1	9
5707	carbon black	0.3028	-0.4382	4	69
5706	carbon based nanostructure	-0.328	-0.236	1	4
5704	carbon based nanoelectronic	-0.5951	0.1808	3	5
5703	carbon based material	-0.1239	-0.0739	1	28
5702	carbon based electronic	-0.6199	0.1725	3	6
5701	carbon based electrode	0.523	-0.4317	5	9
5699	carbon based catalyst	0.2558	-0.487	5	4
5697	carbon based	-0.2112	0.1017	3	59
5695	carbon atomic chain	-0.8181	-0.2545	1	4
5694	carbon atom	-0.4869	-0.2441	1	160
5691	carbon and nitrogen	-0.4122	-0.5834	3	5
5688	carbon allotrope	-0.3843	-0.3017	1	36
5687	carbon aerogel	0.5722	-0.596	5	5
5685	carbon ad atom	-0.497	-0.4187	1	5
5681	carbon	0.3082	-0.0339	2	1179
5668	carbohydrate analysis	1.055	0.3264	2	6
5667	carbohydrate	0.8301	0.3165	2	23
5666	carbofuran	1.0348	0.2532	2	7
5663	carbodiimide	0.7454	0.046	2	10
5660	carbocatalyst	0.913	-0.4691	5	7
5652	carbide	-0.0333	-0.5609	5	30
5646	carbaryl	1.1796	0.3276	2	10
5643	carbamic acid derivative	1.142	0.1724	2	5
5641	carbamate pesticide	1.2075	0.255	2	11
5640	carbamate	1.2354	0.2136	2	8
5633	caprolactone	0.4381	-0.6499	4	9
5629	capping agent	0.6984	-0.2053	5	7
5621	capillary force	0.3035	-0.2759	4	6
5620	capillary flow	0.3141	-0.1594	4	5
5617	capillary electrophoresis	1.014	0.3256	2	20
5616	capillary electrochromatography	0.973	0.3009	2	19
5605	capacity retention	0.6665	-0.9019	5	81
5603	capacity loss	0.4771	-0.9203	5	7
5600	capacity fading	0.5988	-0.739	5	7
5597	capacity degradation	0.5322	-0.5615	5	5
5596	capacity decay	0.6027	-0.894	5	6
5595	capacity	0.4994	-1.0491	5	7
5590	capacitor	0.5611	-0.568	5	711
5585	capacitive sensor	-0.0605	0.3055	3	6
5581	capacitive performance	0.7848	-0.8577	5	61
5578	capacitive energy storage	0.7091	-0.6471	5	10
5574	capacitive deionization	0.8058	-0.392	7	33
5570	capacitive characteristic	0.5724	-0.515	5	7
5568	capacitive behavior	0.3177	-0.4822	5	34
5563	capacitance value	0.569	-0.5875	5	7
5561	capacitance retention	0.7657	-0.761	5	97
5559	capacitance property	0.1983	-0.6586	5	6
5558	capacitance performance	0.6299	-0.5359	5	14
5553	capacitance	0.1951	-0.2953	5	470
5544	candidate material	-0.182	-0.007	3	17
5536	cancer transplantation	0.8358	0.979	2	5
5535	cancer therapy	0.8377	0.9082	2	28
5523	cancer marker	1.2699	0.6159	2	4
5522	cancer inhibition	0.9688	0.9646	2	8
5514	cancer diagnosis	1.0041	0.824	2	22
5511	cancer chemotherapy	0.9358	0.9519	2	15
5510	cancer cells	0.8517	0.8171	2	52
5504	cancer cell culture	0.9529	0.913	2	4
5503	cancer biomarkers	1.1547	0.7258	2	10
5498	cancer	0.82	0.8987	2	12
5496	camptothecin	0.9542	0.8304	2	12
5490	calorimetry	0.1389	-0.437	4	6
5489	calorimeter	0.4048	-0.6582	4	7
5487	calixarene	0.6402	0.4822	2	4
5479	calibration curve	0.894	0.2823	2	15
5478	calibration	0.6329	0.4477	2	54
5475	calculation result	-0.8385	-0.3206	1	5
5474	calculation	-0.6587	-0.3586	1	411
5468	calcium phosphate	0.6339	0.3418	2	5
5466	calcium ion	0.7457	0.2733	2	12
5461	calcium carbonate	0.5003	-0.3004	5	11
5458	calcium alginate	0.9813	-0.2308	7	4
5456	calcium	0.347	-0.0148	2	44
5449	calcination treatment	1.0925	-0.2201	7	7
5448	calcination temperature	0.5832	-0.3713	7	8
5447	calcination method	0.5721	-0.7678	5	4
5445	calcination	0.5781	-0.4425	7	44
5440	caffeine	1.2568	0.1327	2	8
5437	caenorhabditis elegans	0.8946	0.738	2	9
5433	cadmium telluride	0.3618	0.4581	2	26
5428	cadmium sulfide	0.6065	0.0482	7	128
5426	cadmium selenide	0.6059	0.5106	7	16
5423	cadmium ion	0.9897	0.1822	2	8
5420	cadmium derivative	0.5522	0.5746	7	26
5419	cadmium compound	0.7019	0.2185	7	123
5417	cadmium alloy	0.3775	0.4312	7	19
5415	cadmium	0.9891	0.2181	2	95
5401	ca 19 9 antigen	1.2298	0.7101	2	4
5400	ca 15 3 antigen	1.2278	0.7468	2	4
5399	ca 125 antigen	1.2049	0.7041	2	8
5332	c c coupling reaction	0.7812	-0.563	5	4
5329	c c bond	-0.5288	-0.4285	1	29
5323	c 60	-0.0218	0.2778	2	5
5320	c (programming language)	-0.1141	0.0294	3	13
5319	byproducts	0.5922	-0.0066	2	6
5315	butyric acid	0.2837	0.4385	3	10
5296	butanol	0.7292	0.0437	7	4
5294	butane	0.3571	-0.6245	4	14
5292	butadiene	0.1588	-0.7875	4	9
5279	buoyancy	-0.2328	-0.3972	1	6
5259	bulk material	-0.3809	-0.2044	1	9
5257	bulk laser	-0.6497	1.0656	6	6
5253	bulk heterojunction	0.0711	0.5116	3	18
5251	bulk density	0.3195	-0.1308	4	5
5243	built in potential	-0.3194	0.4715	3	4
5239	building material	-0.0047	-0.6006	4	5
5235	building block	-0.228	0.0364	1	60
5232	buffer solution	0.8331	0.5296	2	9
5229	buffer layer	-0.4633	-0.005	3	23
5226	buffer	0.967	0.457	2	18
5223	buckypaper	0.1363	-0.535	4	4
5212	buckling	-0.9224	-0.4635	1	18
5199	brush	0.3911	-0.0862	4	8
5196	brunauer emmett teller surface area	0.8901	-0.5707	7	24
5195	brunauer emmett teller method	0.7855	-0.4693	7	4
5194	brunauer emmett teller analysis	0.9754	-0.4494	5	4
5193	brunauer emmett teller	0.934	-0.3942	7	41
5181	bromine compound	0.6704	-0.0454	4	22
5180	bromine	0.0786	-0.131	4	13
5174	bromide	0.68	-0.132	7	5
5170	bromate	1.223	-0.0262	2	4
5163	broadband terahertz	-0.7644	0.7024	6	6
5146	broadband absorption	-0.5255	0.6626	6	7
5144	broadband	-0.575	0.6359	6	9
5141	broad spectrum	-0.5218	0.5194	6	8
5138	broad frequency range	-1.0028	0.4656	6	5
5136	broad bandwidth	-0.795	0.7543	6	5
5133	broad application	0.1475	0.1259	3	16
5131	britton robinson buffer	1.1432	0.1834	2	5
5127	brittle fracture	-0.4899	-0.6539	1	10
5122	brillouin zone	-0.9814	-0.0548	1	6
5119	brilliant blue	0.7526	0.1111	2	4
5112	bridge site	-0.5423	-0.8	1	12
5108	bridge decks	-0.6458	-0.5184	1	4
5104	brick	0.1029	-0.7677	4	6
5103	brewster angle	-0.844	0.5124	6	4
5088	breast cancer	1.0148	0.8377	2	14
5087	breast	0.9934	0.8988	2	9
5081	breaking strength	-0.6875	-0.3982	1	4
5044	brain	0.6363	0.5975	2	19
5043	bragggrating	-0.3866	0.7449	6	7
5041	bragg reflector	-0.9403	0.6832	6	8
5038	bragg gap	-1.2291	0.0748	1	5
5024	bovine serum albumin	0.8125	0.4195	2	60
5019	bovine	1.0601	0.5356	2	13
5018	bovinae	0.9807	0.5699	2	24
5012	boundary scattering	-0.9746	-0.0566	1	4
5008	boundary lubrication	0.1248	-0.7317	4	5
4997	boundary condition	-0.9561	-0.2562	1	11
4995	bound state	-1.0699	0.2033	1	11
4987	bottom up synthesis	0.1651	-0.1422	1	5
4986	bottom up strategy	-0.1518	-0.0269	1	4
4984	bottom up method	0.09	-0.3776	3	5
4983	bottom up fabrication	-0.1185	0.0082	3	5
4982	bottom up approach	-0.0295	-0.1648	5	5
4980	bottom up	-0.1956	0.2264	3	7
4979	bottom layer	-0.6517	-0.1323	1	4
4964	boronic acid derivative	0.9014	0.2815	2	10
4963	boronic acid	0.9312	0.2919	2	12
4950	boron nitride nanotube	-0.2195	-0.0384	1	12
4949	boron nitride nanosheet	-0.0852	-0.4093	1	4
4944	boron nitride	-0.5794	-0.1231	1	105
4940	boron doping	-0.7024	-0.3505	1	13
4939	boron doped graphene	-0.2371	-0.4474	1	28
4936	boron doped	-0.4436	-0.3809	1	14
4934	boron derivative	-0.0443	0.1722	1	14
4931	boron compound	-0.4072	-0.3338	1	18
4928	boron carbide	-0.147	-0.4725	5	5
4927	boron atom	-0.6566	-0.4406	1	13
4923	boron	-0.4519	-0.3621	1	99
4919	borohydride	1.0265	-0.4709	5	4
4916	born approximation	-1.1712	0.0138	1	4
4912	boric acid	0.1358	-0.4472	4	9
4904	borane derivative	0.9371	-0.6727	5	8
4900	bone tissue engineering	0.7412	0.3565	2	12
4896	bone regeneration	0.7588	0.6829	2	7
4886	bone development	0.7869	0.7529	2	7
4882	bone	0.6918	0.4847	2	13
4870	bonding interaction	-0.4535	-0.3234	1	4
4868	bonding energy	-0.3186	-0.4373	1	6
4867	bonding electron	-0.7722	-0.4828	1	4
4866	bonding configuration	-0.2889	-0.4741	1	14
4861	bonding	-0.0962	-0.6787	4	6
4854	bond strength (chemical)	-0.1904	-0.2018	1	24
4850	bond order	-0.8289	-0.527	1	7
4847	bond length	-0.6847	-0.3312	1	17
4833	bond angle	-0.8118	-0.4523	1	5
4828	boltzmann transport equation	-1.0536	0.0715	1	10
4827	boltzmann equation	-1.0165	0.1957	1	12
4817	body weight	0.9167	0.9505	2	8
4815	body fluid	0.9329	0.3582	2	97
4788	blue shift	-0.5177	0.0123	1	16
4787	blue photoluminescence	0.135	0.4905	6	5
4778	blue light	0.2588	0.5154	2	7
4776	blue emission	0.1716	-0.0607	3	6
4773	blotting. western	0.9216	0.8899	2	4
4768	blood serum	1.2428	0.3242	2	4
4767	blood sampling	1.1444	0.6268	2	23
4765	blood protein	0.9225	0.6796	2	6
4763	blood level	1.1902	0.7881	2	4
4761	blood glucose	1.0733	0.4198	2	14
4756	blood compatibility	0.8313	0.337	2	8
4749	blood chemical analysis	1.067	0.6034	2	4
4747	blood brain barrier	0.9244	0.8508	2	4
4746	blood analysis	1.2114	0.6804	2	19
4745	blood	0.9602	0.5878	2	90
4733	block copolymer	0.241	-0.0308	4	21
4722	blending	0.3149	-0.5156	4	142
4717	blast enrichment	0.9862	0.2437	2	8
4706	bivalvia	0.7658	0.3877	2	4
4705	bivalve	0.7508	0.3849	2	4
4697	bistable	-0.0753	0.3509	3	8
4689	bisphenol a	1.0978	0.0119	2	37
4669	bismuth oxide	0.9374	-0.4481	5	4
4657	bismuth	0.1961	0.0475	7	45
4654	bismaleimide composite	0.2581	-1.0196	4	4
4647	bis phenol a	1.2297	0.0596	2	30
4637	birefringence	-0.3518	0.4637	6	6
4636	bird	1.0581	0.7085	2	4
4634	bipyridyl	0.6687	0.2868	2	5
4620	biotransformation	0.5994	0.3127	2	9
4618	biotinylation	0.6262	0.7383	2	5
4612	biotin	0.9324	0.7233	2	8
4607	biotechnology	0.6823	0.5645	2	18
4606	biotechnological procedure	0.9278	0.5227	2	5
4604	biosynthesis	0.8722	0.5556	2	22
4598	biosensor platform	0.8061	0.6054	2	8
4595	biosensor application	0.6689	0.4075	2	7
4594	biosensor	0.7658	0.5027	2	663
4593	biosensing technique	0.9758	0.5855	2	525
4591	biosensing platform	0.951	0.4915	2	23
4588	biosensing application	0.5801	0.5152	2	18
4586	biosensing	0.6028	0.4466	2	75
4583	biosafety	0.9601	0.7578	2	5
4581	bioremediation	0.9419	0.2818	2	8
4578	bioreactor	0.8482	0.0076	7	6
4575	biopolymer and renewable polymer	0.3496	-0.8201	4	5
4574	biopolymer	0.2952	-0.1829	4	13
4567	bionanotechnology	0.5721	0.539	2	9
4564	bionanocomposite	0.9418	0.0859	2	7
4561	biomolecule immobilization	0.6985	0.3667	2	4
4559	biomolecule	0.5074	0.4552	2	50
4544	biomimetic process	0.6132	0.3907	2	9
4541	biomimetic mineralization	0.8242	0.5735	2	6
4539	biomimetic material	0.7497	0.4524	2	22
4535	biomimetic	0.4939	0.3463	2	45
4533	biomedicine	0.7765	0.8906	2	11
4529	biomedical research	0.4582	0.5928	2	7
4527	biomedical material	0.5655	0.3742	2	5
4523	biomedical field	0.5413	0.3132	2	16
4522	biomedical equipment	0.5385	0.3667	2	4
4521	biomedical engineering	0.4582	0.5058	2	23
4518	biomedical device	0.3961	0.374	2	6
4517	biomedical application	0.6555	0.5113	2	93
4513	biomechanic	0.3754	0.2381	2	24
4508	biomaterial	0.6765	0.5152	2	89
4497	biomass	0.6273	-0.1753	5	16
4495	biomarkers	0.973	0.6572	2	22
4489	biology	0.5686	0.5128	2	11
4485	biological transport	0.7276	0.8066	2	7
4475	biological sensor	0.144	0.577	3	6
4473	biological sample	0.6759	0.3815	2	17
4472	biological response	0.495	0.5942	2	4
4469	biological property	0.7741	0.5872	2	5
4467	biological process	0.9161	0.5249	2	9
4461	biological organ	0.3616	0.4711	2	5
4459	biological monitoring	0.9944	0.6065	2	4
4458	biological molecule	0.1941	0.4764	2	7
4457	biological model	0.1895	0.5775	2	7
4453	biological material	0.6016	0.2193	2	99
4452	biological marker	1.0681	0.7074	2	19
4448	biological labeling	0.3444	0.7265	2	5
4444	biological imaging	0.3657	0.7486	2	4
4442	biological fuel cells	0.8011	0.1512	2	9
4441	biological fluid	0.8961	0.4053	2	8
4440	biological field	0.7864	0.6749	2	4
4438	biological environment	0.5702	0.6022	2	10
4435	biological effect	0.7684	0.7262	2	4
4431	biological compatibility	0.9906	0.3572	2	5
4428	biological assay	0.7944	0.8163	2	6
4427	biological application	0.4814	0.4651	2	25
4426	biological analysis	0.5136	0.6106	2	7
4423	biological activity	0.9062	0.6353	2	14
4411	bioinspired	0.2187	0.1814	4	9
4409	bioinformatic	0.3592	0.4857	2	16
4405	bioimaging	0.5353	0.5131	2	29
4401	biogeochemistry	0.868	0.0853	2	5
4393	biofuel cell	0.9458	0.1876	2	6
4392	biofuel	0.7353	-0.0463	2	14
4389	biofilm	0.8145	0.3267	2	17
4385	bioengineering	0.5763	0.5088	2	5
4384	bioenergy	0.7205	0.243	2	14
4382	bioelectronic device	0.6171	0.3416	2	5
4375	bioelectrochemical system	1.1609	0.2368	2	4
4370	bioelectrocatalytic activity	1.333	0.0681	2	8
4369	bioelectrocatalysis	1.0543	0.2133	2	4
4368	bioelectric phenomena	0.6858	0.1067	2	5
4367	bioelectric energy source	0.8839	0.1982	2	18
4366	biodistribution	0.8584	0.8959	2	7
4361	biodegradation. environmental	0.9021	0.2371	2	4
4358	biodegradation	0.8309	0.1451	2	42
4356	biodegradable polymer	0.488	-0.4854	4	8
4350	biodegradability	0.7978	0.6776	2	5
4349	bioconversion	0.6713	0.087	5	5
4348	bioconjugate	0.7615	0.4793	2	8
4343	biocomposite	0.8979	-0.0164	4	11
4337	biocompatible material	0.719	0.6414	2	54
4336	biocompatible interface	1.136	0.306	2	6
4333	biocompatibility	0.7578	0.5086	2	400
4330	biochip	0.57	0.6517	2	4
4329	biochemistry	0.6787	0.4806	2	20
4324	biochemical sensing	-0.0904	0.5364	6	4
4309	biochemical analysis	0.7317	0.6159	2	8
4308	biochar	0.8324	-0.0435	2	4
4301	biocatalytic activity	1.4457	0.0328	2	4
4300	biocatalyst	0.9838	0.2785	2	6
4299	biocatalysis	1.0135	0.4839	2	32
4290	bioassay	0.7663	0.6412	2	40
4289	bioapplication	0.3951	0.5038	2	7
4285	bioanalysis	0.6005	0.6721	2	7
4283	bioactivity	0.495	0.4152	2	18
4279	bioactive molecule	1.2694	0.3737	2	5
4276	bioaccumulation	0.9329	0.6443	2	7
4251	bins	0.0713	-0.1406	5	36
4248	binding. competitive	0.9076	0.8892	2	4
4247	binding strength	-0.3984	-0.5017	1	9
4245	binding site	0.2297	0.0442	2	54
4236	binding kinetic	0.8214	0.4896	2	9
4232	binding energy	-0.4117	-0.3444	1	175
4230	binding configuration	-0.196	-0.6295	5	5
4229	binding competition	0.6385	0.8389	2	6
4228	binding capacity	0.9668	0.3168	2	4
4223	binding affinity	0.9353	0.5526	2	61
4222	binding ability	0.7183	0.5225	2	5
4215	binder free	0.5764	-0.8571	5	21
4214	binder	0.5881	-0.6306	5	68
4200	binary mixture	0.5011	-0.2077	7	4
4193	binary composite	0.4157	-0.6333	4	4
4178	bimetallic nanostructure	0.7935	-0.5923	5	4
4177	bimetallic nanoparticle	0.9867	-0.4645	5	31
4168	bimetallic catalyst	0.5185	-0.8357	5	6
4166	bimetallic alloy	0.8375	-0.7254	5	7
4163	bimetal	0.5814	-0.6008	5	5
4149	bilayer structure	-0.428	0.0799	1	13
4146	bilayer membrane	-0.1883	0.6868	7	8
4140	bilayer graphene	-0.8776	0.0641	1	89
4138	bilayer film	-0.1661	0.1311	3	4
4133	bilayer	-0.8087	0.0352	1	137
4124	bifunctional electrocatalyst	0.9981	-0.6195	5	5
4123	bifunctional catalyst	0.902	-0.6141	5	10
4122	bifunctional	0.6634	-0.1532	5	11
4104	biaxial strains	-0.7797	-0.3203	1	7
4095	bias voltage	-0.8787	0.2865	1	21
4080	bi2wo6	0.7518	-0.5283	7	5
4061	beverage	1.2529	0.2426	2	21
4059	better performance	0.1912	0.079	3	15
4051	beta sheet	0.6425	0.3968	2	6
4044	beta cyclodextrin derivative	1.0777	0.4141	2	14
4043	beta cyclodextrin	1.0822	0.4666	2	32
4038	bet surface area	0.5185	-0.4995	5	20
4036	bet specific surface area	0.6329	-0.3523	7	14
4013	benzyl alcohol	0.7011	-0.4378	5	7
4002	benzoquinone	1.0302	0.4891	2	6
4000	benzopyran	0.7883	0.3946	2	4
3997	benzoic acid	0.6595	-0.2	5	8
3990	benzo(a)pyrene	0.8311	0.2268	2	5
3985	benzidine derivative	0.7628	0.5772	2	4
3984	benzidine	0.8061	0.5677	2	6
3983	benzhydryl derivative	1.3239	0.2156	2	12
3982	benzhydryl compound	1.1958	0.1238	2	14
3978	benzenesulfonic acid derivative	1.0432	0.0853	2	6
3976	benzenesulfonate	0.9954	0.0009	2	12
3971	benzeneboronic acid	1.1115	0.4431	2	4
3968	benzene ring	-0.2179	-0.3279	1	6
3962	benzene derivative	0.587	0.083	2	11
3960	benzene	-0.1075	-0.2228	1	55
3956	benzaldehyde derivative	1.337	0.2325	2	4
3955	benzaldehyde	1.0055	0.0439	2	5
3953	bentonite	1.0474	-0.0004	2	4
3948	bending strength	0.0088	-0.8184	4	15
3947	bending stiffness	-0.67	-0.3628	1	10
3945	bending rigidity	-0.8813	-0.3286	1	4
3938	bending energy	-0.9431	-0.4818	1	4
3935	bending cycle	0.4079	0.0259	3	4
3932	bending angle	-0.3232	-0.1579	1	8
3930	bending (forming)	-0.5999	-0.3287	1	7
3929	bending (deformation)	-0.5111	-0.3577	1	5
3928	bending	-0.6407	-0.4463	1	4
3919	behavioral research	-0.2689	0.0407	1	10
3915	before and after	-0.0801	-0.013	1	8
3872	battery performance	0.6265	-0.8479	5	14
3863	battery	0.6533	-0.6359	5	22
3848	batch experiment	1.0366	-0.1422	7	7
3846	batch adsorption experiment	0.98	-0.2227	7	10
3829	basic condition	0.7571	-0.0547	4	7
3825	basic building block	-0.1073	-0.0552	5	7
3821	base sequence	0.7458	0.7933	2	45
3820	base pairing	0.5104	0.6771	2	6
3819	base pair mismatch	0.9318	0.7394	2	6
3817	base mispairing	1.0074	0.7004	2	12
3808	basal plane	0.0126	-0.2394	4	42
3805	barrier widths	-1.2039	0.1362	1	8
3798	barrier property	0.2694	-0.4998	4	19
3793	barrier height	-0.7985	0.1814	1	12
3790	barrier effect	0.2006	-0.5093	4	4
3780	barium compound	-0.0088	0.154	6	5
3779	barium	0.0673	-0.04	7	6
3778	bare electrode	1.2542	0.1028	2	6
3767	bandwidth	-0.5626	0.5162	6	40
3764	bandpass filter	-0.8403	0.6615	6	6
3756	bandgap	-0.7949	-0.0589	1	68
3745	band structure engineering	-0.3748	0.0002	4	6
3743	band structure	-0.9068	-0.0947	1	56
3736	band position	0.0337	0.2855	7	4
3723	band gap tuning	-0.7083	-0.1755	1	5
3722	band gap transition	-0.6874	-0.0853	1	5
3720	band gap semiconductor	-0.7052	0.1261	6	7
3718	band gap opening	-0.8157	0.1869	3	10
3716	band gap modulation	-0.8099	-0.1118	1	9
3714	band gap engineering	-0.6845	-0.0523	1	26
3713	band gap energy	-0.5746	0.0313	1	5
3712	band gap	-0.8044	-0.1651	1	20
3710	band engineering	-0.9571	-0.0482	1	5
3707	band edge	-1.016	0.0086	1	6
3706	band dispersion	-0.8743	-0.1276	1	7
3703	band alignment	-0.5905	0.2592	1	5
3699	bamboo	0.0271	-0.5357	5	5
3694	ballistic transport	-0.9589	0.1933	1	14
3685	ballistic	-0.9322	0.1749	1	19
3680	ball milling method	0.1974	-0.3661	4	4
3679	ball milling	0.159	-0.7634	4	81
3678	ball milled	-0.163	-0.6925	4	6
3670	bagg albino mouse	0.958	0.9915	2	7
3663	bacterium detection	1.0252	0.6282	2	10
3659	bacterium	0.7205	0.4634	2	12
3654	bacteriology	0.7503	0.4287	2	7
3652	bactericide	0.8095	0.4897	2	5
3650	bactericidal activity	1.0089	0.583	2	4
3644	bacterial strain	0.7706	0.5187	2	6
3642	bacterial protein	0.9769	0.5778	2	5
3636	bacterial membrane	1.062	0.701	2	7
3631	bacterial growth	0.919	0.5575	2	5
3623	bacterial cellulose	0.5881	-0.0766	4	7
3616	bacteria	0.819	0.458	2	82
3609	background signal	0.7498	0.5711	2	5
3604	background current	1.0033	0.0319	2	5
3603	backgate voltage	-0.6449	0.3471	3	5
3601	backgate	-0.7809	0.2944	3	12
3590	bacillus subtilis	0.8404	0.4945	2	7
3546	azomethine ylide	0.1848	-0.0489	4	5
3540	azobenzene	-0.0312	0.2941	3	6
3537	azo dyes	0.9064	-0.2383	7	161
3535	azo dye	1.176	0.0204	2	4
3533	azo compound	0.8481	0.1026	7	24
3514	axial direction	-0.6132	-0.3742	1	4
3505	avian leukosis virus	1.0802	0.6846	2	4
3503	avian leukosis oncovirus	1.0833	0.6802	2	4
3497	average value	-0.5007	-0.2083	1	4
3495	average size	0.2726	-0.3316	5	19
3492	average power	-0.5972	0.9562	6	7
3490	average particle size	0.6196	-0.5807	5	13
3489	average output power	-0.6557	1.0797	6	48
3478	average diameter	0.2862	-0.2641	4	52
3466	auxiliary differential equation	-1.0222	0.3664	6	7
3459	automobile manufacture	0.0966	-0.1873	4	37
3455	automation	0.4494	0.2807	2	5
3428	aunp	1.4346	0.3895	2	9
3425	auger electron spectroscopy	-0.3907	-0.3818	3	14
3424	auger	-0.6642	0.1615	6	4
3394	au particle	0.0308	0.1186	3	4
3391	au nanostructure	0.1759	-0.0045	6	4
3382	au nanoparticle	0.5802	0.2193	2	90
3378	au nanocrystal	0.2614	0.1361	6	5
3373	au electrode	-0.0334	0.2843	3	20
3367	au	0.5659	-0.2419	5	7
3363	attractive interaction	-0.2011	-0.0991	1	11
3352	attenuated total reflection	-0.4311	0.3957	6	6
3339	atrazine	0.9487	0.1507	2	6
3335	atp detection	1.1448	0.8665	2	6
3334	atp	0.6265	0.714	2	6
3328	atomistic simulation	-0.6555	-0.3337	1	27
3317	atomically flat surface	-0.3002	0.0473	3	4
3315	atomic vacancy	-0.5621	-0.5403	1	4
3310	atomic structure	-0.6189	-0.2974	1	5
3307	atomic spectroscopy	-0.0198	-0.1257	3	83
3299	atomic scale friction	-0.5894	-0.5651	1	5
3297	atomic scale	-0.644	-0.2919	1	21
3296	atomic resolution image	-0.497	-0.1648	1	6
3294	atomic ratio	0.2339	-0.1219	7	19
3287	atomic physics	-0.8381	-0.2072	1	5
3285	atomic percentage	0.3184	-0.1205	5	10
3280	atomic oxygen	-0.2672	-0.5217	1	4
3278	atomic number	-0.7275	-0.3233	1	5
3273	atomic level	-0.4334	-0.1186	1	10
3271	atomic layer deposition	-0.2472	0.0467	3	33
3269	atomic layer	-0.4282	0.1272	3	30
3262	atomic force microscopy	0.1593	0.081	3	723
3258	atomic force microscope	0.0664	0.156	3	33
3256	atomic force	-0.1529	-0.0022	1	17
3252	atomic emission spectroscopy	0.8911	-0.3794	5	17
3251	atomic emission spectrometry	1.1277	-0.3867	5	4
3244	atomic crystal	-0.5986	-0.1019	3	10
3242	atomic configuration	-0.6579	-0.2409	1	12
3238	atomic chain	-0.883	-0.1959	1	8
3236	atomic carbon	-0.6139	-0.4166	1	5
3232	atomic arrangement	-0.5632	-0.3631	1	5
3231	atomic adsorption	-0.7566	-0.7086	1	4
3227	atomic absorption spectrometry	1.0744	0.0995	2	10
3226	atomic absorption	0.0984	-0.1994	7	4
3225	atom transfer radical polymerization	0.6762	-0.0117	4	34
3209	atom	-0.5519	-0.3448	1	356
3207	atmospheric temperature	-0.0508	-0.2242	3	6
3205	atmospheric pressure cvd	-0.295	-0.6095	3	5
3204	atmospheric pressure chemical vapor deposition	-0.362	-0.4699	3	19
3203	atmospheric pressure	-0.1239	-0.3441	3	62
3198	atmospheric humidity	0.0294	0.2671	3	13
3192	atmospheric chemistry	-0.0891	-0.2602	3	6
3186	atmosphere	0.4093	0.1845	2	4
3172	asymmetric supercapacitor	0.7884	-0.7113	5	83
3150	asymmetric	0.1857	-0.0914	5	4
3149	astrophysic	-1.0234	-0.2045	1	13
3142	association reaction	0.3293	0.0577	7	8
3134	assembly technique	-0.0188	0.291	3	5
3132	assembly process	0.3346	-0.1598	4	12
3128	assembly approach	0.3002	-0.5037	5	7
3127	assembly	0.2463	-0.0886	4	29
3120	assay	0.9401	0.6669	2	15
3115	aspergillus niger	0.9151	0.4592	2	7
3111	aspect ratio	-0.3635	-0.3515	4	76
3103	ascorbic acid	1.1033	0.1111	2	187
3093	as grown	-0.3231	-0.2197	3	16
3085	arylene	0.384	-0.8209	4	7
3084	aryldiazonium salt	0.7233	-0.0914	2	7
3068	artificial photosynthesis	0.7138	0.0477	7	5
3067	artificial organ	0.055	0.3666	3	6
3064	artificial nacre	0.4199	-0.5482	4	7
3063	artificial muscle	0.4382	-0.0532	2	6
3062	artificial membrane	0.1722	0.1847	7	46
3055	artificial intelligence	-0.2464	0.1524	3	4
3054	artificial graphite	0.0257	-0.3943	5	6
3046	artificial defect	-0.2774	0.0803	6	5
3027	arsenic	0.8975	0.0941	2	11
3020	array structure	-0.5873	0.4415	6	4
3013	array	-0.1092	0.6329	6	5
3011	aromatization	0.239	-0.0451	1	35
3006	aromatic structure	0.4373	-0.04	7	6
3003	aromatic ring	0.2258	-0.0624	7	5
2993	aromatic nitro compound	0.9139	0.2047	2	8
2991	aromatic molecule	-0.1884	0.0401	1	14
2987	aromatic hydrocarbon	0.127	0.023	1	28
2983	aromatic compound	0.6921	-0.1387	7	331
2976	armoracia rusticana	1.1859	0.5791	2	35
2971	armchair graphene nanoribbons	-1.0419	-0.122	1	68
2970	armchair graphene	-1.0324	-0.0158	1	27
2951	argon atmosphere	-0.1764	-0.2407	3	10
2949	argon	-0.1993	-0.2751	3	19
2946	arginylglycylaspartic acid	0.7697	0.8265	2	6
2941	arginine	0.9232	0.528	2	7
2924	architecture	0.1301	-0.1345	5	27
2923	architectural acoustic	0.0432	-0.2368	5	20
2913	arc discharge method	0.171	-0.4035	4	16
2912	arc discharge	-0.1091	-0.3929	3	19
2881	aqueous suspension	0.414	-0.1067	4	33
2875	aqueous solution	0.8076	0.1314	2	226
2874	aqueous solubility	0.4354	0.6795	2	5
2873	aqueous sample	0.7186	0.3674	2	4
2868	aqueous phase	0.5677	-0.2222	4	9
2861	aqueous media	0.5929	0.0938	2	23
2857	aqueous environment	0.3309	0.1451	2	9
2855	aqueous electrolyte solution	0.5778	-0.5284	5	4
2854	aqueous electrolyte	0.4408	-0.4593	5	46
2853	aqueous dispersion	0.3384	-0.1277	4	62
2851	aqueous colloid	0.4068	-0.4578	4	6
2841	aquatic organism	0.917	0.5433	2	5
2840	aquatic environment	0.8716	0.2089	2	16
2833	aptasensor	1.0206	0.5984	2	43
2832	aptamers. peptide	1.0636	0.6246	2	5
2831	aptamers. nucleotide	1.0272	0.7292	2	86
2821	aptamer	0.9038	0.6515	2	136
2815	approximation algorithm	-1.085	0.1491	1	4
2808	applied voltage	-0.6396	0.3633	3	20
2803	applied potential	0.1524	-0.0889	5	14
2801	applied magnetic field	-0.8555	0.0484	1	11
2799	applied field	-0.7697	0.0391	1	5
2798	applied electric field	-0.5931	-0.2072	1	6
2797	applied bias voltage	-0.7908	0.1773	1	5
2796	applied bias	-0.7673	0.3452	3	5
2792	application prospect	-0.0558	-0.2009	4	19
2786	application field	-0.0795	-0.0777	6	4
2783	application	0.2486	0.1008	4	33
2779	apparent rate constant	0.9613	-0.1436	7	10
2773	apparent activation energy	0.442	-0.6382	5	9
2766	apoptosis	0.902	0.884	2	38
2755	antiwear property	-0.0655	-0.9449	4	5
2752	antiwear	0.003	-0.749	4	6
2747	antitumor drug	0.9292	0.5087	2	6
2744	antitumor	0.9372	0.7477	2	4
2741	antisymmetric	-1.072	0.1852	1	7
2730	antiresonance	-1.0528	-0.0085	1	6
2725	antireflection coating	-0.4285	0.1436	3	5
2724	antireflection	-0.1681	0.5898	3	8
2719	antiparallel magnetization	-1.2225	0.1374	1	6
2718	antiparallel configuration	-1.3042	0.042	1	5
2714	antioxidants	0.8307	0.2153	2	12
2708	antioxidant activity	0.967	0.4143	2	6
2707	antioxidant	0.8575	0.3884	2	7
2705	antineoplastic antibiotic	0.9513	0.8926	2	8
2703	antineoplastic agent	0.9371	0.8702	2	48
2702	antineoplastic activity	1.0066	0.9115	2	25
2695	antimony	0.2912	-0.2454	2	9
2692	antimicrobial property	0.7279	0.3369	2	5
2685	antimicrobial activity	0.8448	0.3345	2	8
2682	antiinterference property	1.4414	0.0616	2	9
2681	antiinterference	1.435	0.1923	2	9
2678	antiinfective agent	0.9178	0.479	2	30
2674	antigens. neoplasm	1.2638	0.5632	2	7
2665	antigen detection	1.2034	0.6857	2	37
2664	antigen binding	1.0997	0.7664	2	5
2663	antigen antibody reaction	1.0269	0.6681	2	24
2661	antigen antibody complex	1.2251	0.6413	2	14
2660	antigen	1.151	0.599	2	115
2651	antifouling property	0.8077	-0.1169	7	4
2649	antifouling performance	0.8326	-0.2083	7	11
2646	antifouling ability	0.9604	-0.1583	7	4
2645	antifouling	0.8495	-0.0338	7	6
2643	antiferromagnetism	-1.0192	-0.2745	1	45
2641	antiferromagnetic state	-1.1757	-0.2857	1	11
2634	antiferromagnetic material	-1.0268	-0.2579	1	7
2632	antiferromagnetic ground state	-1.1034	-0.369	1	7
2630	antiferromagnetic coupling	-0.8913	-0.2409	1	8
2627	antiferromagnetic	-1.0124	-0.279	1	24
2622	antidot lattice	-1.0284	-0.1156	1	10
2620	antidot	-1.018	-0.0325	1	5
2616	anticorrosion property	0.4723	-0.6237	4	8
2615	anticorrosion performance	0.556	-0.631	4	9
2613	anticorrosion	0.432	-0.3869	4	8
2612	anticoagulation property	0.9352	0.3916	2	4
2611	anticoagulation	0.9232	0.4386	2	5
2604	anticancer drug delivery	0.7967	0.5218	2	6
2603	anticancer drug	0.8197	0.6065	2	25
2600	anticancer activity	0.8609	0.8187	2	5
2598	antibody specificity	1.2142	0.9038	2	6
2596	antibody labeling	1.2332	0.6547	2	7
2595	antibody immobilization	0.9586	0.4481	2	4
2593	antibody detection	1.1454	0.7706	2	10
2592	antibody conjugate	1.0408	0.8924	2	5
2588	antibody	1.0707	0.5967	2	143
2585	antibodies. immobilized	1.224	0.6602	2	28
2582	antibiotics. antineoplastic	0.9811	0.9043	2	12
2579	antibiotic	1.0794	0.2123	2	36
2573	antibacterial property	0.8349	0.24	2	26
2572	antibacterial performance	1.0174	0.1654	2	10
2571	antibacterial mechanism	0.9648	0.339	2	4
2570	antibacterial material	0.8804	0.3987	2	10
2568	antibacterial effect	0.8657	0.5024	2	12
2567	antibacterial drug	0.7876	0.4898	2	4
2565	antibacterial agent	0.9451	0.4402	2	42
2563	antibacterial activity	0.932	0.402	2	58
2561	antibacterial	0.8688	0.4261	2	15
2519	anthraquinone	1.0947	0.3223	2	9
2514	anthracene	0.3487	0.13	2	14
2497	antenna	-0.6889	0.5841	3	17
2487	anomalous hall effect	-1.1617	-0.05	1	8
2480	anodic stripping voltammetry	1.3236	0.1321	2	13
2478	anodic stripping potentiometry	1.2543	0.345	2	13
2471	anodic peak	1.1582	-0.0269	2	11
2470	anodic oxidation	0.3856	0.051	3	38
2459	anodic aluminium oxide	0.109	-0.0729	7	7
2455	anode performance	0.3785	-0.6721	5	8
2452	anode material for lithium ion battery	0.7902	-0.9783	5	84
2450	anode material	0.6544	-0.8086	5	292
2443	anode catalyst	0.3598	-0.8603	5	5
2440	anode	0.6375	-0.8296	5	768
2435	annealing treatment	-0.0267	-0.3401	3	9
2434	annealing time	-0.2972	-0.3067	3	4
2433	annealing temperature	-0.1821	-0.3062	3	51
2430	annealing process	-0.1534	-0.2482	3	22
2428	annealing method	-0.1774	-0.4476	3	4
2426	annealing effect	-0.3152	-0.1996	3	4
2424	annealing	-0.1912	-0.226	3	63
2418	anisotropy	-0.5723	-0.072	1	69
2408	anisotropic property	-0.5037	-0.1094	1	6
2392	anisotropic growth	-0.3456	-0.3007	1	4
2390	anisotropic etching	-0.381	-0.2532	3	9
2372	anisotropic	-0.5088	-0.1945	4	5
2369	anionic surfactant	0.6136	-0.0646	4	7
2352	anion exchange	0.9068	0.2245	2	4
2349	anion	0.7864	0.0686	2	14
2348	animalia	0.8855	0.7838	2	15
2347	animal tissue	0.9545	0.8878	2	35
2345	animal model	0.9351	0.9362	2	30
2339	animal experiment	0.9378	0.8807	2	49
2336	animal cell culture	0.7917	0.7405	2	4
2335	animal cell	0.8872	0.8459	2	52
2334	animal behavior	0.9719	0.7474	2	5
2333	animal	0.8689	0.7192	2	244
2329	aniline monomer	0.5307	-0.4796	5	12
2326	aniline derivative	0.9488	0.0481	2	29
2324	aniline compound	0.9875	0.1096	2	37
2322	aniline	0.7869	-0.2621	5	48
2304	angle resolved photoemission spectroscopy	-0.8498	-0.1434	1	7
2299	angle measurement	-0.0435	0.2096	6	7
2297	angle dependent	-0.9843	0.1378	1	4
2292	andreev reflection	-1.22	0.0807	1	11
2288	anderson localization	-0.9757	0.0098	1	6
2287	anderson	-1.2115	-0.0097	1	4
2279	anatase tio	0.4802	0.0712	7	19
2278	anatase phase	0.8799	-0.1773	7	4
2273	anatase	0.6817	-0.1399	7	5
2267	analytical technique	0.3342	-0.1959	4	4
2260	analytical protocol	1.1664	0.3565	2	4
2259	analytical property	1.2538	0.4964	2	4
2254	analytical performance	1.0834	0.2488	2	53
2253	analytical parameter	0.7906	0.4042	2	25
2250	analytical method	-0.1928	0.0072	1	14
2247	analytical expression	-0.966	0.1066	1	13
2246	analytical equipment	0.8444	0.4087	2	13
2240	analytical application	0.7006	0.4203	2	16
2234	analytic method	0.7717	0.4446	2	78
2231	analytic equipment	0.1969	0.4414	2	10
2229	analytes	0.6273	0.3652	2	52
2227	analyte detection	0.8695	0.3614	2	4
2212	analysis	1.0763	0.3625	2	47
2211	analogs and derivative	0.902	0.5651	2	19
2178	amyloid	0.7293	0.7392	2	4
2172	amplifiers. electronic	-0.4739	0.593	3	7
2164	amplification technique	0.5066	0.6486	2	6
2163	amplification strategy	1.1103	0.6522	2	13
2159	amplification effect	0.9212	0.3859	2	5
2156	amplification	-0.3013	0.6212	6	26
2149	amphiphilicity	0.4813	-0.0417	4	5
2134	amphiphilic	0.3979	-0.0602	4	9
2131	amphibious vehicle	0.6527	-0.7311	5	7
2128	amperometry	1.2108	0.3161	2	56
2126	amperometric sensor	1.085	0.0502	2	17
2125	amperometric sensing	1.2015	0.2667	2	6
2124	amperometric response	1.1976	0.0638	2	43
2123	amperometric method	1.1253	-0.0777	5	7
2121	amperometric immunosensor	1.2826	0.4372	2	13
2118	amperometric determination	1.3122	0.0187	2	4
2116	amperometric detection	1.1644	0.2887	2	18
2115	amperometric biosensor	1.2063	0.34	2	42
2113	amperometric	1.1073	0.2403	2	25
2108	amorphous structure	-0.0729	-0.5564	4	6
2104	amorphous silicon	-0.1238	-0.2231	3	7
2096	amorphous material	0.0705	-0.3294	5	13
2092	amorphous film	-0.2254	-0.311	3	19
2085	amorphous carbon matrix	-0.2745	-0.6657	4	6
2084	amorphous carbon layer	-0.3612	-0.6658	3	5
2082	amorphous carbon	-0.0966	-0.41	3	90
2074	ammonium persulfate	0.5724	-0.1831	4	5
2072	ammonium perchlorate	0.5098	-0.6739	4	13
2065	ammonium compound	0.5426	-0.2273	4	26
2064	ammonium chloride	0.9203	-0.135	2	6
2052	ammonia solution	0.8285	-0.1985	7	6
2046	ammonia gas sensor	0.2045	0.3211	3	5
2044	ammonia gas	0.045	0.3292	3	7
2038	ammonia borane	0.5889	-0.6925	5	23
2037	ammonia atmosphere	-0.0478	-0.321	6	4
2036	ammonia	0.3801	-0.1778	5	107
2028	aminopropyltriethoxysilane	0.1819	-0.2356	4	4
2027	aminopropyl	0.5063	-0.2026	4	5
2024	aminophenol	1.0222	-0.1539	4	6
2003	amino terminated	0.569	-0.4545	4	5
1999	amino group	0.7052	0.1764	2	24
1991	amino acid sequence	0.7393	0.7116	2	6
1985	amino acid analysis	1.1072	0.4369	2	5
1984	amino acid	0.8036	0.281	2	189
1971	amine group	0.4922	0.0958	2	11
1966	amine functional group	0.5019	-0.194	4	4
1963	amine	0.888	0.0541	2	185
1960	amination	0.8297	0.0344	2	8
1950	amide group	0.205	-0.3246	4	5
1948	amide bond	0.6083	0.3628	2	10
1947	amide	0.6715	0.0041	4	75
1946	amidation reaction	0.6003	0.1121	2	15
1945	amidation	0.6795	0.398	2	20
1934	ambipolar	-0.6558	0.5031	3	7
1928	ambient pressure drying	0.6741	-0.6859	4	6
1927	ambient pressure chemical vapor deposition	-0.2993	-0.4236	3	15
1926	ambient pressure	-0.1617	-0.2928	3	14
1919	ambient condition	-0.1145	0.0013	3	54
1918	ambient atmosphere	-0.1638	0.1454	3	5
1907	amantadine	0.971	0.6027	2	6
1904	alzheimer disease	0.6254	0.6737	2	6
1895	aluminum silicate	0.1198	0.081	3	4
1893	aluminum powder metallurgy	-0.0672	-0.9279	4	4
1889	aluminum oxide	0.3097	0.2238	2	14
1888	aluminum nitride	-0.3954	0.0078	3	4
1886	aluminum matrix composite	-0.2179	-0.907	4	4
1882	aluminum foil	0.5736	-0.2816	7	6
1875	aluminum coating	-0.0792	0.0357	3	18
1869	aluminum	-0.0689	-0.304	4	135
1855	alumina	-0.1236	-0.4223	4	21
1847	alternative material	-0.4676	0.373	3	5
1844	alternative catalyst	0.6992	-0.8844	5	8
1843	alternative approach	0.0026	-0.0693	7	7
1830	alternating current	-0.1762	0.2802	3	12
1825	alphafetoprotein	1.2406	0.5848	2	13
1812	alpha helix	0.6708	0.3777	2	4
1810	alpha fetoprotein antibody	1.2679	0.6682	2	7
1809	alpha fetoprotein	1.2074	0.6516	2	45
1798	aln	-0.555	0.09	3	5
1794	allyl compound	0.7296	-0.5869	4	4
1788	alloying	0.3635	-0.615	5	4
1782	alloy nanoparticle	0.8809	-0.4024	5	13
1775	alloy	0.4582	-0.3736	5	53
1752	all solid state supercapacitor	0.5459	-0.5957	5	29
1750	all solid state laser	-0.548	0.8358	6	4
1747	all solid state	0.5251	-0.1593	5	19
1742	all optical	-0.6264	0.6018	6	4
1741	all normal dispersions	-0.8126	1.0921	6	10
1738	all fiber laser	-0.6443	1.0271	6	6
1736	all fiber	-0.6731	1.0207	6	7
1731	alkyne	0.9923	0.3472	2	6
1727	alkylbenzene	0.7387	0.2458	2	4
1726	alkylation	0.4924	0.1668	2	13
1720	alkyl group	0.2434	0.0084	2	4
1718	alkyl chain	0.2352	-0.0372	4	7
1710	alkene	0.4807	0.2667	2	27
1702	alkane	0.5729	0.1541	2	4
1700	alkalinity	0.7778	-0.2035	5	58
1699	alkaline solution	0.6814	-0.5289	5	37
1691	alkaline phosphatase activity	0.7554	0.526	2	5
1690	alkaline phosphatase	0.9151	0.74	2	16
1686	alkaline media	0.8142	-0.5047	5	42
1682	alkaline fuel cell	0.8596	-0.6959	5	17
1680	alkaline electrolyte	0.7981	-0.6971	5	19
1677	alkaline earth metal	-0.1826	-0.3615	7	5
1675	alkaline direct methanol fuel cells	1.0063	-0.9078	5	4
1673	alkaline condition	0.8124	-0.2243	5	18
1670	alkaline	0.5847	-0.8694	5	4
1662	alkali	-0.1378	-0.1648	1	5
1660	alizarin	0.9848	0.4156	2	4
1651	alignment	-0.349	-0.0984	1	15
1644	aligned carbon nanotubes	-0.096	-0.3278	3	9
1642	algorithm	-0.6055	0.1389	1	21
1641	alginic acid	0.8755	0.4281	2	4
1637	alginate	0.8063	-0.0114	2	13
1629	algae	0.7097	0.3147	2	4
1622	aldehyde	0.7331	-0.0045	2	30
1610	alcohol oxidation	0.8004	-0.3814	5	12
1605	alcohol dehydrogenase	1.1613	0.3763	2	12
1601	alcohol	0.8331	-0.0652	2	70
1582	al matrix composite	-0.2275	-0.9913	4	4
1577	al doped graphene	-0.3782	-0.8266	1	4
1550	air purification	0.3617	-0.2618	7	11
1532	air cleaner	0.1604	-0.2877	7	6
1529	air cathode	0.7428	-0.6065	5	8
1527	air atmosphere	0.0486	-0.6601	4	4
1526	air	0.401	-0.0192	7	13
1521	agriculture	0.9788	0.3669	2	6
1493	aggregation induced emission	0.5025	0.7032	2	5
1491	aggregation	0.6304	0.2988	2	16
1486	aggregate	0.2075	-0.1681	4	15
1484	agglomeration	0.3081	-0.3318	4	148
1477	agarose gel electrophoresis	0.8557	0.6651	2	5
1463	ag3po4	0.9216	-0.4246	7	9
1452	ag/agcl	0.7065	0.0308	5	9
1436	ag particle	-0.2935	-0.3294	4	5
1434	ag nanowire	0.2733	0.3205	3	4
1425	ag nanoparticle	0.6475	0.0261	7	80
1408	ag	0.9515	-0.069	7	5
1406	after treatment	0.357	0.3319	2	5
1405	after high temperature	0.0004	-0.5376	3	5
1404	after heat treatment	0.009	-0.4194	3	5
1400	afm observation	-0.0127	-0.2188	4	4
1396	afm image	-0.201	-0.0078	3	7
1395	afm	-0.0571	-0.0699	3	87
1378	affinity chromatography	1.125	0.5166	2	6
1367	aerosol	0.2592	-0.0211	3	5
1363	aerogel	0.6082	-0.4921	5	171
1362	aerobic selective oxidation	0.6984	-0.2446	5	6
1361	aerobic oxidation	0.7466	-0.4871	5	12
1353	adverse effect	0.4657	0.5048	2	7
1339	advanced oxidation process	1.001	-0.2659	7	11
1337	advanced material	0.2552	-0.1473	4	6
1336	advanced lithium ion battery	0.7111	-0.9282	5	6
1331	advanced electrode	0.5979	-0.6055	5	14
1327	advanced application	-0.0363	-0.0176	4	6
1326	adult	0.7931	0.7925	2	7
1325	adsorptivity	0.5394	-0.2822	7	14
1323	adsorptive removal	1.1391	-0.1836	7	4
1322	adsorptive property	0.6419	-0.0062	2	5
1318	adsorptive capacity	0.7284	-0.0704	7	4
1314	adsorption thermodynamic	0.9375	-0.0504	7	7
1313	adsorption test	0.7803	-0.4955	5	6
1310	adsorption system	-0.164	-0.338	1	6
1308	adsorption strength	-0.0397	-0.3058	1	4
1304	adsorption site	-0.4181	-0.4343	1	22
1301	adsorption selectivity	0.4724	-0.3384	7	5
1297	adsorption reaction	0.5329	-0.3661	7	4
1296	adsorption rate	0.4158	-0.4889	7	9
1294	adsorption property	0.4612	-0.2892	7	58
1293	adsorption process	0.6548	-0.3231	7	34
1290	adsorption performance	0.8209	-0.2247	7	36
1286	adsorption of water	-0.0852	-0.1522	1	6
1279	adsorption of li	-0.8767	-0.6923	1	5
1278	adsorption model	0.2103	-0.3192	7	5
1275	adsorption mechanism	0.4649	-0.1724	7	38
1274	adsorption measurement	0.1114	-0.0416	6	4
1272	adsorption kinetics and isotherm	1.1427	-0.1607	7	9
1271	adsorption kinetic	0.9218	0.0558	7	111
1270	adsorption isotherm	0.7481	-0.3575	7	50
1265	adsorption experiment	0.9017	-0.3813	7	6
1263	adsorption equilibria	0.8549	-0.3294	7	19
1260	adsorption energy	-0.3393	-0.4959	1	92
1259	adsorption efficiency	0.7059	0.0237	7	15
1258	adsorption effect	0.5583	-0.2202	4	5
1256	adsorption dynamic	0.2918	0.0036	4	5
1255	adsorption desorption process	0.9645	-0.3662	7	4
1253	adsorption desorption isotherm	0.8414	-0.4995	7	13
1252	adsorption desorption cycle	0.8074	-0.2359	7	10
1251	adsorption desorption	0.3918	-0.285	7	40
1249	adsorption data	0.8485	-0.3223	7	9
1244	adsorption characteristic	0.5394	-0.2005	7	12
1242	adsorption capacity	0.8366	-0.2669	7	223
1241	adsorption capability	0.81	-0.2085	7	25
1240	adsorption behaviour	0.5764	-0.3132	7	36
1237	adsorption and desorption	0.4983	-0.1478	7	9
1236	adsorption amounts	0.563	-0.4819	7	4
1235	adsorption affinity	0.6972	0.2234	2	10
1234	adsorption activity	1.2078	-0.371	7	6
1232	adsorption ability	0.7192	-0.3492	7	25
1231	adsorption	0.3548	-0.1259	7	1157
1227	adsorbent material	0.7436	-0.2956	7	9
1226	adsorbent dosage	1.0604	-0.2326	7	6
1224	adsorbent	0.9359	-0.0803	7	112
1222	adsorbed system	-0.5214	-0.6275	1	4
1218	adsorbed molecule	-0.3132	-0.2496	1	14
1217	adsorbed hydrogen	-0.4694	-0.4819	1	5
1213	adsorbate	-0.5351	-0.1386	1	13
1211	adsorbability	0.8388	0.1661	7	8
1209	adrenergic beta agonist	1.3387	0.3995	2	4
1208	adrenalin	1.1145	0.4351	2	5
1201	adlayers	-0.286	-0.1804	1	4
1194	adjacent layer	-0.6249	-0.343	3	7
1179	adhesive performance	0.3414	-0.0348	4	4
1173	adhesive	0.4271	-0.0192	4	9
1171	adhesion property	-0.2213	-0.2602	4	4
1169	adhesion force	-0.2699	-0.1253	3	7
1168	adhesion energy	-0.4118	-0.285	1	5
1166	adhesion	-0.0644	-0.1361	1	59
1156	adenosine triphosphate	0.736	0.6407	2	38
1147	adenosine	0.8569	0.7046	2	8
1144	adenine	0.7908	0.5031	2	23
1137	additive	0.2135	-0.612	4	27
1131	addition reaction	0.5389	-0.1546	4	24
1127	adatom	-0.7746	-0.4345	1	55
1116	acyl chloride	0.6848	0.1225	4	6
1110	actuator system	0.0585	-0.1505	5	4
1105	actuator	-0.0162	0.0719	3	32
1075	active surface area	0.7606	-0.2328	5	12
1074	active surface	0.3538	-0.2172	5	4
1073	active substrate	-0.088	0.6437	6	5
1072	active specy	0.2375	-0.2843	5	7
1067	active site	0.329	-0.5276	5	36
1053	active material	0.4205	-0.3606	5	36
1051	active layer	-0.0651	0.4128	3	17
1045	active electrode material	0.6514	-0.7661	5	9
1041	active control	-0.8891	0.7667	6	4
1039	active component	-0.2757	0.4269	6	6
1035	active center	0.7804	-0.2375	2	5
1032	active catalyst	0.6093	-0.5307	5	11
1030	active area	-0.0903	0.3118	6	6
1026	activation temperature	-0.1209	-0.5047	5	5
1018	activation energy	0.0679	-0.4622	4	61
1013	activation analysis	0.3814	-0.1095	5	6
994	activated carbon	0.5016	-0.385	5	97
991	action potential	0.5606	0.7274	2	4
989	actinide	0.5839	-0.0692	7	5
985	acryloyl chloride	0.4478	-0.8871	4	5
983	acrylonitrile butadiene styrene	0.4166	-0.8254	4	5
980	acrylic resin	0.8035	0.1223	2	13
979	acrylic monomer	0.5598	-0.1567	4	59
977	acrylic acid resin	0.799	0.171	2	10
974	acrylic acid	0.66	-0.0659	4	8
965	acrylamide	0.8458	0.0623	2	13
958	acridine orange	0.6891	0.359	2	4
952	acoustic wave	-0.3456	0.3204	3	7
948	acoustic surface wave device	-0.3373	0.3356	3	9
939	acoustic phonon	-0.9825	0.147	1	9
931	acoustic dispersion	-0.9728	-0.252	1	6
923	acoustic	-0.4561	0.3464	3	9
916	acidity	0.8392	-0.0699	2	9
912	acidic solution	0.5085	-0.3228	5	12
907	acidic environment	0.5999	-0.1633	4	4
904	acidic condition	0.8621	-0.0393	2	11
903	acidic aqueous solution	1.0161	-0.16	7	4
893	acid treatment	0.2949	-0.1718	4	10
875	acid condition	0.7048	-0.498	5	5
869	acid base titration	0.9449	-0.3112	5	4
864	acid base	0.6204	-0.2791	5	4
861	acid	0.6245	-0.117	4	10
850	acetylene black paste electrode	1.2984	0.1783	2	4
849	acetylene black	0.693	-0.9362	5	4
847	acetylene	0.1295	-0.296	5	31
844	acetylcholinesterase biosensor	1.3866	0.2299	2	5
843	acetylcholinesterase	1.1753	0.369	2	37
833	acetonitrile solution	0.5871	-0.7739	5	4
832	acetonitrile	0.6716	-0.0588	2	19
829	acetone	0.3386	-0.0112	4	49
825	acetic acid	0.7665	0.1396	2	16
823	acetate buffer solution	1.2018	0.0946	2	9
819	acetamiprid	1.2278	0.4328	2	4
817	acetaminophen	1.3851	0.1645	2	18
802	accuracy	0.7812	0.4746	2	57
800	accumulation time	1.1582	0.0851	2	4
796	accident prevention	0.5051	0.2763	2	6
794	accessible surface area	0.7325	-0.5446	5	28
787	acceleration	0.0477	0.4688	2	4
767	ac impedance spectroscopy	0.7014	-0.2224	5	5
764	ac impedance	-0.0198	-0.0872	5	7
760	ac conductivity	-0.4583	-0.162	4	4
757	abstracting	-0.4245	-0.539	1	4
755	absorptive material	0.0214	-0.5052	6	5
749	absorption spectroscopy	-0.0008	0.2408	6	116
748	absorption spectrophotometry	0.4346	0.2639	6	4
740	absorption property	-0.292	0.355	6	16
737	absorption peak	-0.8029	0.2638	1	14
728	absorption intensity	0.4855	-0.2062	7	15
725	absorption enhancement	-0.691	0.6246	6	15
723	absorption efficiency	-0.392	0.5381	6	4
721	absorption edge	-0.5284	0.0268	1	5
717	absorption coefficient	-0.5826	0.4097	6	10
716	absorption characteristic	-0.3856	0.5774	6	6
715	absorption capacity	0.6202	-0.1891	4	20
705	absorption ability	0.8484	-0.4877	7	7
704	absorption	-0.0309	0.3803	6	173
702	absorbing property	-0.5209	0.482	6	6
700	absorbing material	-0.2113	-0.0143	6	4
694	absorber thickness	-0.0653	-0.4776	6	5
691	absorber	-0.6804	0.5445	6	8
687	absorbed pump power	-0.7777	1.2945	6	7
681	absorbance	-0.0599	0.4745	6	14
679	absolute value	-0.7167	-0.0845	1	5
676	abs resin	-0.0354	-0.71	4	7
670	abrasion	0.071	-0.6512	4	4
657	ablation	-0.0481	0.378	6	11
654	ability testing	0.4328	-0.3999	4	4
652	aberration corrected	-0.5425	-0.2559	1	5
638	ab initio study	-0.765	-0.3923	1	11
637	ab initio simulation	-0.46	-0.2956	1	8
633	ab initio molecular dynamics simulation	-0.4986	-0.6175	1	4
631	ab initio method	-0.7799	-0.1982	1	4
628	ab initio density functional theory	-0.5216	-0.4325	1	4
627	ab initio calculation	-0.6805	-0.2285	1	57
625	ab initio	-0.6881	-0.3114	1	19
624	aao template	0.0045	-0.0373	7	4
546	a density	-0.5927	-0.1943	1	4
543	a carbon	-0.2067	-0.3036	1	25
498	6h silicon carbide	-0.6574	0.054	6	5
485	6 carboxyfluorescein	0.8779	0.7876	2	5
463	5 hydroxymethyl furfural	0.8504	-0.5375	5	5
441	4.4' isopropylidenediphenol	1.1172	0.135	2	26
433	4 nonylphenol	1.2321	0.1175	2	6
431	4 nitrophenol reductions	1.0582	-0.3822	5	5
430	4 nitrophenol	1.0176	-0.1924	5	49
427	4 chlorophenol	1.0567	-0.1638	7	10
423	4 aminothiophenol	0.9689	0.0399	2	6
421	4 aminophenol	1.1234	-0.1399	5	19
419	4 aminobenzoic acid	0.9783	-0.1909	4	5
413	3t3 cell line	0.8021	0.6157	2	5
408	3dimensional	0.166	-0.2464	4	6
392	3d network structures	0.9364	-0.3058	5	5
390	3d network	0.4727	-0.7219	5	13
361	3d graphene	0.8591	-0.2947	5	34
355	3d electrode	1.0589	-0.3403	5	4
350	3d conducting network	0.7506	-0.947	5	7
344	3d architecture	0.2739	-0.2643	4	15
339	3.5% nacl solution	0.2164	-0.858	4	4
320	3.4.9.10 perylenetetracarboxylic acid	1.1198	0.4145	2	5
318	3.4 ethylenedioxythiophene	0.6044	0.2298	3	21
304	3 mercaptopropionic acid	0.9743	0.1763	2	5
300	3 db bandwidth	-0.7514	0.84	6	5
298	3 aminopropyltrimethoxysilane	0.527	-0.2494	4	23
297	3 aminopropyltriethoxysilane	1.0006	0.2481	2	7
294	3 aminophenylboronic acid	0.7659	0.2304	2	5
281	2d structure	-0.2621	-0.2466	1	9
271	2d material	-0.3033	-0.1091	3	7
262	2d crystal	-0.6089	-0.0913	1	5
226	2.4.6 trinitrotoluene	0.7094	0.3709	2	9
225	2.4.6 trichlorophenol	0.928	0.1507	2	7
221	2.4 dinitrotoluene	0.9106	0.1123	2	4
220	2.4 dichlorophenoxyacetic acid	1.158	0.2948	7	5
219	2.4 dichlorophenol	1.0043	-0.1016	2	13
208	2.2'dipyridyl	1.1254	0.3719	2	4
197	2 propanol	0.5818	0.2611	2	6
191	2 naphthol	0.9108	0.042	2	4
171	2 (dimethylamino)ethyl methacrylate	0.7708	0.1754	4	4
164	1d photonic crystal	-0.6639	0.5942	6	5
147	1064 nm	-0.4464	0.7348	6	6
114	1.5 diaminoanthraquinone	1.1319	-0.4957	7	4
89	1.3 dipolarcycloaddition	0.3226	0.0893	4	11
76	1.2 phenylenediamine	1.2132	0.4061	2	4
71	1.10 phenanthroline	1.1818	0.2176	2	7
61	1 pyrenebutyric acid	0.4895	0.079	2	6
60	1 pyrenebutyrate	1.0117	0.5615	2	4
52	1 naphthylamine	0.9373	-0.0165	2	8
49	1 naphthol	1.0632	0.1627	2	9
45	1 methyl 2 pyrrolidinone	0.7106	0.0809	2	4
40	1 ethyl 3 methylimidazolium tetrafluoroborate	0.7608	-0.3492	5	10
35	1 butyl 3 methylimidazolium tetrafluoroborate	0.8736	-0.3075	5	11
34	1 butyl 3 methylimidazolium hexafluorophosphate	1.1737	-0.0355	2	14
50023	?-fetoprotein	1.3013	0.5341	2	8
50020	?-fe2o3	0.8209	-0.5895	5	6
50037	?-cyclodextrin	1.1786	0.1654	2	24
50076	?-? stacking	0.5986	0.3674	2	8
50074	?-? interaction	0.5077	0.0447	2	10
13	(pl) property	-0.6871	-0.3212	1	4
6483		0.2429	-0.3406	1	1
3069		0.2429	-0.3406	1	1
2704		0.2429	-0.3406	1	1
20170		0.2429	-0.3406	1	1
17252		0.2429	-0.3406	1	1
19222		0.2429	-0.3406	1	1
13233		0.2429	-0.3406	1	1
7528		0.2429	-0.3406	1	1
3388		0.2429	-0.3406	1	1
6754		0.2429	-0.3406	1	1
27593		0.2429	-0.3406	1	1
20936		0.2429	-0.3406	1	1
22786		0.2429	-0.3406	1	1
9294		0.2429	-0.3406	1	1
21719		0.2429	-0.3406	1	1
17259		0.2429	-0.3406	1	1
48363		0.2429	-0.3406	1	1
40204		0.2429	-0.3406	1	1
45590		0.2429	-0.3406	1	1
99998		-1.3828	0.0142	1	0.1
99997		1.5958	0.0242	3	0.1
99996		0.7557	-1.0909	5	0.1
99995		-0.7799	1.322	6	0.1