ESI（基本科学指标数据库，Essential Science Indicators，简称ESI）于2017年5月12日更新了数据，本期ESI数据时间跨度为2007年-2017年1月，XMU的ESI全球前1%高被引论文为297篇，热门论文6篇。具体的数据（包括作者及机构信息）可见网盘链接http://pan.xmu.edu.cn/s/KBYG1VBNQzc

来看看2017年各个国家的ESI全球前1%高被引论文表现（排名TOP10）！

2017年美国的ESI全球前1%高被引论文数排在全球第1名，说明其学术成果在较短时间内获得了较大水平的关注度！

中国在新年这段时间发挥的不错，在上面这个榜单里排在了全球第九名。下面表单是2017年的ESI全球前1%高被引论文的中国主要贡献机构。

2017年XMU发表的论文中尚未出现ESI全球前1%高被引论文。除了不断提高研究成果的水平和层次以外，扩大学术成果的影响力，增强学术成果的全球关注度也是一个值得探讨的问题。这正是图书馆开设的公众号“XMU学术经纬”的服务宗旨。

1. WOS:000373595400001; GUIDELINES FOR THEUSE AND INTERPRETATION OF ASSAYS FOR MONITORING AUTOPHAGY (3RD EDITION);Source:AUTOPHAGY 12 (1): 1-222 2016;Times Cited:; 2016

2. WOS:000372028900009; CATALYSIS WITHTWO-DIMENSIONAL MATERIALS AND THEIR HETEROSTRUCTURES; Source:NAT NANOTECHNOL 11 (3): 218-230 MAR 2016;Times Cited:55; 2016

3. WOS:000372974300002; INTEGRATIVEAPPROACHES FOR PREDICTING MICRORNA FUNCTION AND PRIORITIZING DISEASE-RELATEDMICRORNA USING BIOLOGICAL INTERACTION NETWORKS; Source:BRIEF BIOINFORM 17 (2): 193-203 MAR 2016;Times Cited:41; 2016

4. WOS:000372064200001; NEUTRINO PHYSICSWITH JUNO; Source:J PHYS G-NUCLPARTICLE PHYS 43 (3): - MAR 2016; Times Cited:40; 2016

5. WOS:000368069200039; ASYMMETRICRADICAL-RADICAL CROSS-COUPLING THROUGH VISIBLE-LIGHT-ACTIVATED IRIDIUMCATALYSIS; Source:ANGEW CHEM INT ED 55(2): 685-688 JAN 11 2016; Times Cited:39; 2016

6. WOS:000369022600015; IN VIVO COVALENTCROSS-LINKING OF PHOTON-CONVERTED RARE-EARTH NANOSTRUCTURES FOR TUMOUR LOCALIZATIONAND THERANOSTICS; Source:NAT COMMUN 7:- JAN 2016; Times Cited:31; 2016

7. WOS:000366879700023; A NOVEL FEATURESRANKING METRIC WITH APPLICATION TO SCALABLE VISUAL AND BIOINFORMATICS DATACLASSIFICATION; Source:NEUROCOMPUTING173: 346-354 PART 2 SP. ISS. SI JAN 15 2016; Times Cited:30; 2016

8. WOS:000370155900008; SIMILARITYCOMPUTATION STRATEGIES IN THE MICRORNA-DISEASE NETWORK: A SURVEY; Source:BRIEF FUNCT GENOMICS 15 (1): 55-64 JAN 2016;Times Cited:28; 2016

9. WOS:000369558000005; ANISOTROPIC GROWTHOF TIO2 ONTO GOLD NANORODS FOR PLASMON-ENHANCED HYDROGEN PRODUCTION FROM WATERREDUCTION; Source:J AM CHEM SOC 138(4): 1114-1117 FEB 3 2016; Times Cited:23; 2016

10. WOS:000369115800142; ELECTROSTATICASSEMBLY OF SANDWICH-LIKE AG-C@ZNO-C@AG-C HYBRID HOLLOW MICROSPHERES WITHEXCELLENT HIGH-RATE LITHIUM STORAGE PROPERTIES; Source:ACS NANO 10 (1): 1283-1291 JAN 2016; TimesCited:22; 2016

11. WOS:000375663000033; PHOTOCHEMICALROUTE FOR SYNTHESIZING ATOMICALLY DISPERSED PALLADIUM CATALYSTS; Source:SCIENCE 352 (6287): 797-801 MAY 13 2016;Times Cited:22; 2016

12. WOS:000375060700004; MICROBIAL SURFACECOLONIZATION AND BIOFILM DEVELOPMENT IN MARINE ENVIRONMENTS; Source:MICROBIOL MOL BIOL REV 80 (1): 91-138 MAR2016; Times Cited:21; 2016

13. WOS:000370215200096; PT-BASEDICOSAHEDRAL NANOCAGES: USING A COMBINATION OF {111} FACETS, TWIN DEFECTS, ANDULTRATHIN WALLS TO GREATLY ENHANCE THEIR ACTIVITY TOWARD OXYGEN REDUCTION;Source:NANO LETT 16 (2): 1467-1471 FEB2016; Times Cited:20; 2016

14. WOS:000372477700005; ATOMICALLY PRECISEALKYNYL-PROTECTED METAL NANOCLUSTERS AS A MODEL CATALYST: OBSERVATION OFPROMOTING EFFECT OF SURFACE LIGANDS ON CATALYSIS BY METAL NANOPARTICLES;Source:J AM CHEM SOC 138 (10):3278-3281 MAR 16 2016; Times Cited:20;2016

15. WOS:000366856900003; PHOTOCATALYTIC ANDPHOTOELECTROCATALYTIC REDUCTION OF CO2 USING HETEROGENEOUS CATALYSTS WITHCONTROLLED NANOSTRUCTURES; Source:CHEMCOMMUN 52 (1): 35-59 2016; Times Cited:20; 2016

16. WOS:000372754000002; FLEXIBLEELECTRODES AND SUPERCAPACITORS FOR WEARABLE ENERGY STORAGE: A REVIEW BYCATEGORY; Source:J MATER CHEM A 4 (13):4659-4685 2016; Times Cited:20; 2016

17. WOS:000367113400015; FORMATION OFORIENTED AND PATTERNED FILMS OF METAL-ORGANIC FRAMEWORKS BY LIQUID PHASEEPITAXY: A REVIEW; Source:COORD CHEMREV 307: 391-424 PART 2 SP. ISS. SI JAN 15 2016; Times Cited:19; 2016

18. WOS:000370656200009; MECHANOCHROMISMAND MECHANICAL-FORCE-TRIGGERED CROSS-LINKING FROM A SINGLE REACTIVE MOIETYINCORPORATED INTO POLYMER CHAINS; Source:ANGEW CHEM INT ED 55 (9): 3040-3044 FEB 24 2016; Times Cited:18; 2016

19. WOS:000378244200006; A NOVELSYNERGISTIC COMPOSITE WITH MULTI-FUNCTIONAL EFFECTS FOR HIGH-PERFORMANCE LI-SBATTERIES; Source:ENERGY ENVIRON SCI 9(6): 1998-2004 2016; Times Cited:18;2016

20. WOS:000371153300020; SIMULTANEOUSPRODUCTION OF HIGH-PERFORMANCE FLEXIBLE TEXTILE ELECTRODES AND FIBER ELECTRODESFOR WEARABLE ENERGY STORAGE; Source:ADVAN MATER 28 (8): 1675-1681 FEB 24 2016; Times Cited:18; 2016

21. WOS:000371453600065; NANOTUBES-EMBEDDEDINDOCYANINE GREEN-HYALURONIC ACID NANOPARTICLES FORPHOTOACOUSTIC-IMAGING-GUIDED PHOTOTHERAPY; Source:ACS APPL MATER INTERFACES 8 (8): 5608-5617MAR 2 2016; Times Cited:17; 2016

22. WOS:000373738000014; FESE2-DECORATEDBI2SE3 NANOSHEETS FABRICATED VIA CATION EXCHANGE FOR CHELATOR-FREECU-64-LABELING AND MULTIMODAL IMAGE-GUIDED PHOTOTHERMAL-RADIATION THERAPY;Source:ADV FUNCT MATER 26 (13):2185-2197 APR 5 2016; Times Cited:17;2016

23. WOS:000372855400047;BIOMINERALIZATION-INSPIRED SYNTHESIS OF COPPER SULFIDE-FERRITIN NANOCAGES ASCANCER THERANOSTICS; Source:ACS NANO 10(3): 3453-3460 MAR 2016; Times Cited:17; 2016

24. WOS:000370615000012; LONG NONCODING RNAMEG3 IS DOWNREGULATED IN CERVICAL CANCER AND AFFECTS CELL PROLIFERATION ANDAPOPTOSIS BY REGULATING MIR-21; Source:CANCER BIOL THER 17 (1): 104-113 2016; Times Cited:16; 2016

25. WOS:000373528900001; EXISTENCE RESULTSFOR FRACTIONAL P-LAPLACIAN PROBLEMS VIA MORSE THEORY; Source:ADV CALC VAR 9 (2): 101-125 APR 2016; TimesCited:16; 2016

26. WOS:000367258500045; TWO-DIMENSIONALMATERIAL-BASED SATURABLE ABSORBERS: TOWARDS COMPACT VISIBLE-WAVELENGTHALL-FIBER PULSED LASERS; Source:NANOSCALE 8 (2): 1066-1072 2016; Times Cited:16; 2016

27. WOS:000380546500023; A LANDSCAPE OFPHARMACOGENOMIC INTERACTIONS IN CANCER; Source:CELL 166 (3): 740-754 JUL 28 2016; Times Cited:16; 2016

28. WOS:000374763500020; INTERFACIALELECTRONIC EFFECTS CONTROL THE REACTION SELECTIVITY OF PLATINUM CATALYSTS;Source:NAT MATER 15 (5): 564-+ MAY2016; Times Cited:16; 2016

29. WOS:000369769600005; ENGINEERINGBIORESPONSIVE HYDROGELS TOWARD HEALTHCARE APPLICATIONS; Source:MACROMOL CHEM PHYSICS 217 (2): 175-188 SP.ISS. SI JAN 2016; Times Cited:15; 2016

30. WOS:000366765500001; WAVELET TRANSFORMBASED ON INNER PRODUCT IN FAULT DIAGNOSIS OF ROTATING MACHINERY: A REVIEW;Source:MECH SYST SIGNAL PROCESS 70-71:1-35 MAR 2016; Times Cited:15; 2016

31. WOS:000366825300027; LAYERED/SPINELHETEROSTRUCTURED LI-RICH MATERIALS SYNTHESIZED BY A ONE-STEP SOLVOTHERMALSTRATEGY WITH ENHANCED ELECTROCHEMICAL PERFORMANCE FOR LI-ION BATTERIES;Source:J MATER CHEM A 4 (1): 257-2632016; Times Cited:14; 2016

32. WOS:000375608500006; RECENTADVANCEMENTS IN PEROVSKITE SOLAR CELLS: FLEXIBILITY, STABILITY AND LARGE SCALE;Source:J MATER CHEM A 4 (18): 6755-67712016; Times Cited:14; 2016

33. WOS:000377643300008; CATALYTIC,ENANTIOSELECTIVE ADDITION OF ALKYL RADICALS TO ALKENES VIAVISIBLE-LIGHT-ACTIVATED PHOTOREDOX CATALYSIS WITH A CHIRAL RHODIUM COMPLEX;Source:J AM CHEM SOC 138 (22):6936-6939 JUN 8 2016; Times Cited:13;2016

34. WOS:000369356800016; SINGLE-CRYSTAL TOSINGLE-CRYSTAL PHASE TRANSITION AND SEGMENTED THERMOCHROMIC LUMINESCENCE IN ADYNAMIC 3D INTERPENETRATED AG-I COORDINATION NETWORK; Source:INORG CHEM 55 (3): 1096-1101 FEB 1 2016;Times Cited:12; 2016

35. WOS:000369558000037; HIERARCHICALASSEMBLY OF A {(MN15MN4III)-MN-II} BRUCITE DISC: STEP-BY-STEP FORMATION ANDFERRIMAGNETISM; Source:J AM CHEM SOC138 (4): 1328-1334 FEB 3 2016; Times Cited:12; 2016

36. WOS:000369854700053; ELECTROCATALYTICGENERATION OF AMIDYL RADICALS FOR OLEFIN HYDROAMIDATION: USE OF SOLVENT EFFECTSTO ENABLE ANILIDE OXIDATION; Source:ANGEW CHEM INT ED 55 (6): 2226-2229 FEB 5 2016; Times Cited:12; 2016

37. WOS:000370617600024; CATALYTIC TRANSFERHYDROGENATION OF BIOMASS-DERIVED 5-HYDROXYMETHYL FURFURAL TO THE BUILDING BLOCK2,5-BISHYDROXYMETHYL FURAN; Source:GREEN CHEM 18 (4): 1080-1088 2016; Times Cited:12; 2016

38. WOS:000373615900017; DIRECT AND HIGHLYSELECTIVE CONVERSION OF SYNTHESIS GAS INTO LOWER OLEFINS: DESIGN OF ABIFUNCTIONAL CATALYST COMBINING METHANOL SYNTHESIS AND CARBON-CARBON COUPLING;Source:ANGEW CHEM INT ED 55 (15):4725-4728 APR 4 2016; Times Cited:12;2016

39. WOS:000369115800068; BIOCONJUGATEDMANGANESE DIOXIDE NANOPARTICLES ENHANCE CHEMOTHERAPY RESPONSE BY PRIMINGTUMOR-ASSOCIATED MACROPHAGES TOWARD M1-LIKE PHENOTYPE AND ATTENUATING TUMORHYPOXIA; Source:ACS NANO 10 (1):633-647 JAN 2016; Times Cited:12; 2016

40. WOS:000363678500007; CLINICALAPPLICATION OF RADIOLABELED RGD PEPTIDES FOR PET IMAGING OF INTEGRINALPHA(V)BETA(3); Source:THERANOSTICS 6(1): 78-92 2016; Times Cited:12; 2016

41. WOS:000366063100031; ASSESSING CO2EMISSIONS IN CHINAS IRON AND STEEL INDUSTRY: A DYNAMIC VECTOR AUTOREGRESSIONMODEL; Source:APPL ENERG 161: 375-386JAN 1 2016; Times Cited:12; 2016

42. WOS:000373863500031; IMPACT OF ENERGYCONSERVATION POLICIES ON THE GREEN PRODUCTIVITY IN CHINAS MANUFACTURING SECTOR:EVIDENCE FROM A THREE-STAGE DEA MODEL; Source:APPL ENERG 168: 351-363 APR 15 2016; Times Cited:12; 2016

43. WOS:000374703900019; FROM HOLLOW CARBONSPHERES TO N-DOPED HOLLOW POROUS CARBON BOWLS: RATIONAL DESIGN OF HOLLOW CARBONHOST FOR LI-S BATTERIES; Source:ADVENERGY MATER 6 (8): - APR 20 2016; Times Cited:11; 2016

44. WOS:000368868400004; HYBRID GRAPHENE/AUACTIVATABLE THERANOSTIC AGENT FOR MULTIMODALITIES IMAGING GUIDED ENHANCEDPHOTOTHERMAL THERAPY; Source:BIOMATERIALS 79: 36-45 FEB 2016; Times Cited:11; 2016

45. WOS:000367331800037; UMBILICAL CORDMESENCHYMAL STROMAL CELL WITH AUTOLOGOUS BONE MARROW CELL TRANSPLANTATION INESTABLISHED TYPE 1 DIABETES: A PILOT RANDOMIZED CONTROLLED OPEN-LABEL CLINICALSTUDY TO ASSESS SAFETY AND IMPACT ON INSULIN SECRETION; Source:DIABETES CARE 39 (1): 149-157 JAN 2016; TimesCited:11; 2016

46. WOS:000370456000109; HOW TO REDUCE CO2EMISSIONS IN CHINAS IRON AND STEEL INDUSTRY; Source:RENEW SUSTAIN ENERGY REV 57: 1496-1505 MAY2016; Times Cited:10; 2016

47. WOS:000369200000003; FABRICATION OFDENSELY PACKED LINI0.5MN1.5O4 CATHODE MATERIAL WITH EXCELLENT LONG-TERMCYCLEABILITY FOR HIGH-VOLTAGE LITHIUM ION BATTERIES; Source:J POWER SOURCES 304: 15-23 FEB 1 2016; TimesCited:10; 2016

48. WOS:000368207300027; AN INTEGRATEDMODEL FOR GREEN PARTNER SELECTION AND SUPPLY CHAIN CONSTRUCTION; Source:J CLEAN PROD 112: 2114-2132 PART 3 JAN 202016; Times Cited:9; 2016

49. WOS:000368206800033; A REAL OPTIONSVALUATION OF CHINESE WIND ENERGY TECHNOLOGIES FOR POWER GENERATION: DO BENEFITSFROM THE FEED-IN TARIFFS OUTWEIGH COSTS?; Source:J CLEAN PROD 112: 1591-1599 PART 2 JAN 202016; Times Cited:9; 2016

50. WOS:000373401400017; BIOMASS OFFSETSLITTLE OR NONE OF PERMAFROST CARBON RELEASE FROM SOILS, STREAMS, AND WILDFIRE:AN EXPERT ASSESSMENT; Source:ENVIRONRES LETT 11 (3): - MAR 2016; Times Cited:8; 2016

51. WOS:000370100400021; DESIGN ANDANALYSIS OF A PIEZOELECTRIC ENERGY HARVESTER FOR ROTATIONAL MOTION SYSTEM;Source:ENERG CONV MANAGE 111: 239-244MAR 1 2016; Times Cited:7; 2016

52. WOS:000367758100094; EMISSIONSREDUCTION IN CHINAS CHEMICAL INDUSTRY - BASED ON LMDI; Source:RENEW SUSTAIN ENERGY REV 53: 1348-1355 JAN2016; Times Cited:7; 2016

53. WOS:000366766700006; PRICE ANDEXPENDITURE ELASTICITIES OF RESIDENTIAL ENERGY DEMAND DURING URBANIZATION: ANEMPIRICAL ANALYSIS BASED ON THE HOUSEHOLD-LEVEL SURVEY DATA IN CHINA;Source:ENERG POLICY 88: 56-63 JAN 2016;Times Cited:7; 2016

54. WOS:000372475200003; GENERALIZED JACOBIFUNCTIONS AND THEIR APPLICATIONS TO FRACTIONAL DIFFERENTIAL EQUATIONS;Source:MATH COMPUT 85 (300): 1603-1638JUL 2016; Times Cited:6; 2016

55. WOS:000379561100004; ENERGY EFFICIENCYAND PRODUCTION TECHNOLOGY HETEROGENEITY IN CHINAS AGRICULTURAL SECTOR: AMETA-FRONTIER APPROACH; Source:TECHNOLFORECAST SOC CHANGE 109: 25-34 AUG 2016; Times Cited:5; 2016

56. WOS:000368972200001; ON SOME NEWINTEGRAL INEQUALITIES OF GRONWALL-BELLMAN-BIHARI TYPE WITH DELAY FORDISCONTINUOUS FUNCTIONS AND THEIR APPLICATIONS; Source:INDAGAT MATH NEW SER 27 (1): 1-10 JAN 2016;Times Cited:5; 2016

57. WOS:000368746400012; OUTPUT ANDSUBSTITUTION ELASTICITIES OF ENERGY AND IMPLICATIONS FOR RENEWABLE ENERGYEXPANSION IN THE ECOWAS REGION; Source:ENERG POLICY 89: 125-137 FEB 2016; Times Cited:5; 2016

58. WOS:000366766700031; WHY IS ELECTRICITYCONSUMPTION INCONSISTENT WITH ECONOMIC GROWTH IN CHINA?; Source:ENERG POLICY 88: 310-316 JAN 2016; TimesCited:5; 2016

59. WOS:000376886400011; GALERKIN FINITEELEMENT METHOD AND ERROR ANALYSIS FOR THE FRACTIONAL CABLE EQUATION;Source:NUMER ALGORITHMS 72 (2): 447-466JUN 2016; Times Cited:4; 2016

60. WOS:000346358600007; ADVANCES INMOLECULAR QUANTUM CHEMISTRY CONTAINED IN THE Q-CHEM 4 PROGRAM PACKAGE;Source:MOL PHYS 113 (2): 184-215 JAN 172015; Times Cited:316; 2015

61. WOS:000358381400039; PLATINUM-BASEDNANOCAGES WITH SUBNANOMETER-THICK WALLS AND WELL-DEFINED, CONTROLLABLE FACETS;Source:SCIENCE 349 (6246): 412-416 JUL24 2015; Times Cited:117; 2015

62. WOS:000349578000095; HYDROTHERMALCONTINUOUS FLOW SYNTHESIS AND EXFOLIATION OF NICO LAYERED DOUBLE HYDROXIDENANOSHEETS FOR ENHANCED OXYGEN EVOLUTION CATALYSIS; Source:NANO LETT 15 (2): 1421-1427 FEB 2015; TimesCited:100; 2015

63. WOS:000358856100001; PALLADIUM-PLATINUMCORE-SHELL ICOSAHEDRA WITH SUBSTANTIALLY ENHANCED ACTIVITY AND DURABILITYTOWARDS OXYGEN REDUCTION; Source:NATCOMMUN 6: - JUL 2015; Times Cited:71;2015

64. WOS:000349325000001; ASYMMETRICCATALYSIS ACTIVATED BY VISIBLE LIGHT; Source:CHEM COMMUN 51 (16): 3290-3301 2015; Times Cited:67; 2015

65. WOS:000351057200014; RECENT ADVANCES INDYE-SENSITIZED SOLAR CELLS: FROM PHOTOANODES, SENSITIZERS AND ELECTROLYTES TOCOUNTER ELECTRODES; Source:MATER TODAY18 (3): 155-162 APR 2015; Times Cited:67; 2015

66. WOS:000351187200012; PHOTOSENSITIZINGMETAL ORGANIC FRAMEWORK ENABLING VISIBLE-LIGHT-DRIVEN PROTON REDUCTION BY AWELLS-DAWSON-TYPE POLYOXOMETALATE; Source:J AM CHEM SOC 137 (9): 3197-3200 MAR 11 2015; Times Cited:62; 2015

67. WOS:000363152800005; CORE-SHELLNANOPARTICLES: SYNTHESIS AND APPLICATIONS IN CATALYSIS AND ELECTROCATALYSIS;Source:CHEM SOC REV 44 (21): 7540-75902015; Times Cited:62; 2015

68. WOS:000355650300008; CO9SE8 NANOPLATESAS A NEW THERANOSTIC PLATFORM FOR PHOTOACOUSTIC/MAGNETIC RESONANCEDUAL-MODAL-IMAGING-GUIDED CHEMO-PHOTOTHERMAL COMBINATION THERAPY; Source:ADVAN MATER 27 (21): 3285-3291 JUN 3 2015;Times Cited:52; 2015

69. WOS:000348332300063; A LABEL-FREEFLUORESCENCE SENSING APPROACH FOR SELECTIVE AND SENSITIVE DETECTION OF2,4,6-TRINITROPHENOL (TNP) IN AQUEOUS SOLUTION USING GRAPHITIC CARBON NITRIDENANOSHEETS; Source:ANAL CHEM 87 (2):1288-1296 JAN 20 2015; Times Cited:50;2015

70. WOS:000348147100050; ATOM-ECONOMICGENERATION OF GOLD CARBENES: GOLD-CATALYZED FORMAL [3+2] CYCLOADDITION BETWEENYNAMIDES AND ISOXAZOLES; Source:CHEMSCI 6 (2): 1265-1271 2015; Times Cited:47; 2015

71. WOS:000350304500007; LONG-TERM EFFICACYOF A HEPATITIS E VACCINE; Source:N ENGLJ MED 372 (10): 914-922 MAR 5 2015; Times Cited:47; 2015

72. WOS:000359279500017; GENERATION OFALPHA-IMIN GOLD CARBENES THROUGH GOLD-CATALYZED INTERMOLECULAR REACTION OFAZIDES WITH YNAMIDES; Source:J AM CHEMSOC 137 (30): 9567-9570 AUG 5 2015; Times Cited:46; 2015

73. WOS:000346832700006; CONSTRUCTION OFDESIRABLE NICO2S4 NANOTUBE ARRAYS ON NICKEL FOAM SUBSTRATE FOR PSEUDOCAPACITORSWITH ENHANCED PERFORMANCE; Source:ELECTROCHIM ACTA 151: 35-41 JAN 1 2015; Times Cited:44; 2015

74. WOS:000361501400011; IRON-, COBALT-,AND NICKEL-CATALYZED ASYMMETRIC TRANSFER HYDROGENATION AND ASYMMETRICHYDROGENATION OF KETONES; Source:ACCOUNT CHEM RES 48 (9): 2587-2598 SEP 2015; Times Cited:42; 2015

75. WOS:000359279500013; ENANTIOSELECTIVE,CATALYTIC TRICHLOROMETHYLATION THROUGH VISIBLE-LIGHT-ACTIVATED PHOTOREDOXCATALYSIS WITH A CHIRAL IRIDIUM COMPLEX; Source:J AM CHEM SOC 137 (30): 9551-9554 AUG 5 2015;Times Cited:41; 2015

76. WOS:000353606700047; LABEL-FREESURFACE-ENHANCED RAMAN SPECTROSCOPY DETECTION OF DNA WITH SINGLE-BASESENSITIVITY; Source:J AM CHEM SOC 137(15): 5149-5154 APR 22 2015; Times Cited:41; 2015

77. WOS:000359551200019; BIO-INSPIREDSYNTHESIS OF METAL NANOMATERIALS AND APPLICATIONS; Source:CHEM SOC REV 44 (17): 6330-6374 2015; TimesCited:40; 2015

78. WOS:000357688900003; SMARTALBUMIN-BIOMINERALIZED NANOCOMPOSITES FOR MULTIMODAL IMAGING AND PHOTOTHERMALTUMOR ABLATION; Source:ADVAN MATER 27(26): 3874-+ JUL 8 2015; Times Cited:40; 2015

79. WOS:000365930600029; PD@PT CORE-SHELLCONCAVE DECAHEDRA: A CLASS OF CATALYSTS FOR THE OXYGEN REDUCTION REACTION WITHENHANCED ACTIVITY AND DURABILITY; Source:J AM CHEM SOC 137 (47): 15036-15042 DEC 2 2015; Times Cited:38; 2015

80. WOS:000348348300041; A FACILE SYNTHESISOF HIGHLY LUMINESCENT NITROGEN-DOPED GRAPHENE QUANTUM DOTS FOR THE DETECTION OF2,4,6-TRINITROPHENOL IN AQUEOUS SOLUTION; Source:NANOSCALE 7 (5): 1872-1878 2015; TimesCited:35; 2015

81. WOS:000360323700031; POROUSTWO-DIMENSIONAL NANOSHEETS CONVERTED FROM LAYERED DOUBLE HYDROXIDES AND THEIRAPPLICATIONS IN ELECTROCATALYTIC WATER SPLITTING; Source:CHEM MATER 27 (16): 5702-5711 AUG 25 2015;Times Cited:35; 2015

82. WOS:000359238700001; PREDICTION OFMICRORNA-DISEASE ASSOCIATIONS BASED ON SOCIAL NETWORK ANALYSIS METHODS;Source:BIOMED RES INT : - 2015; TimesCited:33; 2015

83. WOS:000356527000001; EAST ASIAN SUMMERMONSOON PRECIPITATION VARIABILITY SINCE THE LAST DEGLACIATION; Source:SCI REP 5: - JUN 18 2015; Times Cited:32; 2015

84. WOS:000354983100012; THIOLS ASINTERFACIAL MODIFIERS TO ENHANCE THE PERFORMANCE AND STABILITY OF PEROVSKITESOLAR CELLS; Source:NANOSCALE 7 (21):9443-9447 2015; Times Cited:31; 2015

85. WOS:000346567000007; EFFECTS OF UVRADIATION ON AQUATIC ECOSYSTEMS AND INTERACTIONS WITH OTHER ENVIRONMENTALFACTORS; Source:PHOTOCHEM PHOTOBIOL SCI14 (1): 108-126 2015; Times Cited:29;2015

86. WOS:000351963400062; AN ANALYSIS OF THEDRIVING FORCES OF ENERGY-RELATED CARBON DIOXIDE EMISSIONS IN CHINAS INDUSTRIALSECTOR; Source:RENEW SUSTAIN ENERGY REV45: 838-849 MAY 2015; Times Cited:27;2015

87. WOS:000352252600023; METAFRONITERENERGY EFFICIENCY WITH CO2 EMISSIONS AND ITS CONVERGENCE ANALYSIS FOR CHINA;Source:ENERG ECON 48: 230-241 MAR 2015;Times Cited:26; 2015

88. WOS:000366788300001; THE GEOTRACESINTERMEDIATE DATA PRODUCT 2014; Source:MAR CHEM 177: 1-8 PART 1 SP. ISS. SI DEC 20 2015; Times Cited:23; 2015

89. WOS:000360392000009; ROBUST GLOBALOCEAN COOLING TREND FOR THE PRE-INDUSTRIAL COMMON ERA; Source:NAT GEOSCI 8 (9): 671-+ SEP 2015; TimesCited:21; 2015

90. WOS:000352252600020; HOWINDUSTRIALIZATION AND URBANIZATION PROCESS IMPACTS ON CO2 EMISSIONS IN CHINA:EVIDENCE FROM NONPARAMETRIC ADDITIVE REGRESSION MODELS; Source:ENERG ECON 48: 188-202 MAR 2015; Times Cited:20; 2015

91. WOS:000347856300032; AUTOMATIC FAULTFEATURE EXTRACTION OF MECHANICAL ANOMALY ON INDUCTION MOTOR BEARING USINGENSEMBLE SUPER-WAVELET TRANSFORM; Source:MECH SYST SIGNAL PROCESS 54-55: 457-480 MAR 2015; Times Cited:19; 2015

92. WOS:000349731800011; ENERGY AND CO2EMISSIONS PERFORMANCE IN CHINAS REGIONAL ECONOMIES: DO MARKET-ORIENTED REFORMSMATTER?; Source:ENERG POLICY 78:113-124 MAR 2015; Times Cited:19; 2015

93. WOS:000348121700006; HARDY SPACES H (P)OVER NON-HOMOGENEOUS METRIC MEASURE SPACES AND THEIR APPLICATIONS; Source:SCI CHINA-MATH 58 (2): 309-388 FEB 2015;Times Cited:15; 2015

94. WOS:000352252600013; ENERGY SAVINGSPOTENTIAL IN CHINAS INDUSTRIAL SECTOR: FROM THE PERSPECTIVES OF FACTOR PRICEDISTORTION AND ALLOCATIVE INEFFICIENCY; Source:ENERG ECON 48: 117-126 MAR 2015; Times Cited:12; 2015

95. WOS:000358975500013; REGIONAL ENERGYEFFICIENCY, CARBON EMISSION PERFORMANCE AND TECHNOLOGY GAPS IN CHINA: AMETA-FRONTIER NON-RADIAL DIRECTIONAL DISTANCE FUNCTION ANALYSIS; Source:ENERG POLICY 84: 142-154 SEP 2015; Times Cited:12; 2015

96. WOS:000333523600004; PEGYLATED WS2NANOSHEETS AS A MULTIFUNCTIONAL THERANOSTIC AGENT FOR IN VIVO DUAL-MODALCT/PHOTOACOUSTIC IMAGING GUIDED PHOTOTHERMAL THERAPY; Source:ADVAN MATER 26 (12): 1886-1893 MAR 2014; TimesCited:221; 2014

97. WOS:000334572200037;POLYOXOMETALATE-BASED COBALT-PHOSPHATE MOLECULAR CATALYSTS FOR VISIBLELIGHT-DRIVEN WATER OXIDATION; Source:JAM CHEM SOC 136 (14): 5359-5366 APR 9 2014; Times Cited:158; 2014

98. WOS:000334990600085; MULTIFUNCTIONALFE3O4@POLYDOPAMINE CORE-SHELL NANOCOMPOSITES FOR INTRACELLULAR MRNA DETECTIONAND IMAGING-GUIDED PHOTOTHERMAL THERAPY; Source:ACS NANO 8 (4): 3876-3883 APR 2014; TimesCited:141; 2014

99. WOS:000329213900012; TRANSLOCATION OFMIXED LINEAGE KINASE DOMAIN-LIKE PROTEIN TO PLASMA MEMBRANE LEADS TO NECROTICCELL DEATH; Source:CELL RES 24 (1):105-121 SP. ISS. SI JAN 2014; Times Cited:137; 2014

100. WOS:000335157700037; INTERFACIALEFFECTS IN IRON-NICKEL HYDROXIDE-PLATINUM NANOPARTICLES ENHANCE CATALYTICOXIDATION; Source:SCIENCE 344 (6183):495-499 MAY 2 2014; Times Cited:130;2014

101. WOS:000335014000011; RECENT ADVANCESIN HETEROGENEOUS SELECTIVE OXIDATION CATALYSIS FOR SUSTAINABLE CHEMISTRY;Source:CHEM SOC REV 43 (10): 3480-35242014; Times Cited:121; 2014

102. WOS:000337337100092; ATOMICLAYER-BY-LAYER DEPOSITION OF PT ON PD NANOCUBES FOR CATALYSTS WITH ENHANCEDACTIVITY AND DURABILITY TOWARD OXYGEN REDUCTION; Source:NANO LETT 14 (6): 3570-3576 JUN 2014; TimesCited:113; 2014

103. WOS:000333551500055; MOF-TEMPLATEDSYNTHESIS OF POROUS CO3O4 CONCAVE NANOCUBES WITH HIGH SPECIFIC SURFACE AREA ANDTHEIR GAS SENSING PROPERTIES; Source:ACS APPL MATER INTERFACES 6 (6): 4186-4195 MAR 26 2014; Times Cited:111; 2014

104. WOS:000340079800016; PHENYLENEDIAMINE-BASEDFENX/C CATALYST WITH HIGH ACTIVITY FOR OXYGEN REDUCTION IN ACID MEDIUM AND ITSACTIVE-SITE PROBING; Source:J AM CHEMSOC 136 (31): 10882-10885 AUG 6 2014; Times Cited:108; 2014

105. WOS:000333580700005; HIGH EFFICIENCYPEROVSKITE SOLAR CELLS: FROM COMPLEX NANOSTRUCTURE TO PLANAR HETEROJUNCTION;Source:J MATER CHEM A 2 (17): 5994-60032014; Times Cited:105; 2014

106. WOS:000344187500037; ASYMMETRICPHOTOREDOX TRANSITION-METAL CATALYSIS ACTIVATED BY VISIBLE LIGHT; Source:NATURE 515 (7525): 100-103 NOV 6 2014; TimesCited:96; 2014

107. WOS:000331464400006; APOE AND A BETAIN ALZHEIMERS DISEASE: ACCIDENTAL ENCOUNTERS OR PARTNERS?; Source:NEURON 81 (4): 740-754 FEB 19 2014; TimesCited:95; 2014

108. WOS:000326245900041; 3-D OBJECT RETRIEVALWITH HAUSDORFF DISTANCE LEARNING; Source:IEEE TRANS IND ELECTRON 61 (4): 2088-2098 APR 2014; Times Cited:91; 2014

109. WOS:000331512200004; ACTIVATION OFOXYGEN ON GOLD AND SILVER NANOPARTICLES ASSISTED BY SURFACE PLASMONRESONANCES**; Source:ANGEW CHEM INT ED53 (9): 2353-2357 FEB 24 2014; Times Cited:83; 2014

110. WOS:000334572200034; THREE-DIMENSIONALAND TIME-ORDERED SURFACE-ENHANCED RAMAN SCATTERING HOTSPOT MATRIX; Source:J AM CHEM SOC 136 (14): 5332-5341 APR 9 2014;Times Cited:80; 2014

111. WOS:000332337000001; ULTRA- SMALL IRONOXIDE DOPED POLYPYRROLE NANOPARTICLES FOR IN VIVO MULTIMODAL IMAGING GUIDEDPHOTOTHERMAL THERAPY; Source:ADV FUNCTMATER 24 (9): 1194-1201 MAR 2014; Times Cited:76; 2014

112. WOS:000332922600049; IRON CATALYZEDASYMMETRIC HYDROGENATION OF KETONES; Source:J AM CHEM SOC 136 (10): 4031-4039 MAR 12 2014; Times Cited:75; 2014

113. WOS:000332922600010; UNIQUE EXCAVATEDRHOMBIC DODECAHEDRAL PTCU3 ALLOY NANOCRYSTALS CONSTRUCTED WITH ULTRATHINNANOSHEETS OF HIGH-ENERGY {110} FACETS; Source:J AM CHEM SOC 136 (10): 3748-3751 MAR 12 2014; Times Cited:74; 2014

114. WOS:000346480800020; CORE-SHELL PD@AUNANOPLATES AS THERANOSTIC AGENTS FOR IN-VIVO PHOTOACOUSTIC IMAGING, CT IMAGING,AND PHOTOTHERMAL THERAPY; Source:ADVANMATER 26 (48): 8210-8216 DEC 23 2014; Times Cited:72; 2014

115. WOS:000336378600002; ADVANCES INENZYME-FREE ELECTROCHEMICAL SENSORS FOR HYDROGEN PEROXIDE, GLUCOSE, AND URICACID; Source:MICROCHIM ACTA 181 (7-8):689-705 JUN 2014; Times Cited:72; 2014

116. WOS:000331915800019; LUMINESCENTGRAPHENE QUANTUM DOTS AS NEW FLUORESCENT MATERIALS FOR ENVIRONMENTAL ANDBIOLOGICAL APPLICATIONS; Source:TRAC-TREND ANAL CHEM 54: 83-102 FEB 2014; Times Cited:71; 2014

117. WOS:000326909600044; LIBD3C: ENSEMBLECLASSIFIERS WITH A CLUSTERING AND DYNAMIC SELECTION STRATEGY; Source:NEUROCOMPUTING 123: 424-435 SP. ISS. SI JAN10 2014; Times Cited:70; 2014

118. WOS:000328892300033; AU-ZNO HYBRIDNANOFLOWERS, NANOMULTIPODS AND NANOPYRAMIDS: ONE-POT REACTION SYNTHESIS ANDPHOTOCATALYTIC PROPERTIES; Source:NANOSCALE 6 (2): 874-881 2014; Times Cited:70; 2014

119. WOS:000345084000002; 1-, 1.5-, AND2-MU M FIBER LASERS Q-SWITCHED BY A BROADBAND FEW-LAYER MOS2 SATURABLEABSORBER; Source:J LIGHTWAVE TECHNOL 32(24): 4077-4084 DEC 15 2014; Times Cited:70; 2014

120. WOS:000332922600014; A STRAIGHTFORWARDSTRATEGY TOWARD LARGE BN-EMBEDDED PI-SYSTEMS: SYNTHESIS, STRUCTURE, ANDOPTOELECTRONIC PROPERTIES OF EXTENDED BN HETEROSUPERBENZENES; Source:J AM CHEM SOC 136 (10): 3764-3767 MAR 122014; Times Cited:69; 2014

121. WOS:000340615500018; FACILE SYNTHESISOF PENTACLE GOLD-COPPER ALLOY NANOCRYSTALS AND THEIR PLASMONIC AND CATALYTICPROPERTIES; Source:NAT COMMUN 5: - JUL2014; Times Cited:69; 2014

122. WOS:000333254100063; CONDENSED TANNINSFROM FICUS VIRENS AS TYROSINASE INHIBITORS: STRUCTURE, INHIBITORY ACTIVITY ANDMOLECULAR MECHANISM; Source:PLOS ONE 9(3): - MAR 17 2014; Times Cited:67;2014

123. WOS:000342968500001; PARACRINEMECHANISMS OF MESENCHYMAL STEM CELL-BASED THERAPY: CURRENT STATUS ANDPERSPECTIVES; Source:CELL TRANSPLANT 23(9): 1045-1059 2014; Times Cited:63;2014

124. WOS:000344667900001;TOPOLOGICAL-INSULATOR PASSIVELY Q-SWITCHED DOUBLE-CLAD FIBER LASER AT 2 MU MWAVELENGTH; Source:IEEE J SEL TOPQUANTUM ELECTR 20 (5): - SEP-OCT 2014; Times Cited:57; 2014

125. WOS:000331737900016; HOW MANGROVEFORESTS ADJUST TO RISING SEA LEVEL; Source:NEW PHYTOL 202 (1): 19-34 APR 2014; Times Cited:56; 2014

126. WOS:000329404800024; SPECTRAL-SPATIALCONSTRAINT HYPERSPECTRAL IMAGE CLASSIFICATION; Source:IEEE TRANS GEOSCI REMOT SEN 52 (3): 1811-1824MAR 2014; Times Cited:56; 2014

127. WOS:000334663900001; PHOTOSENSITIZERLOADED NANO-GRAPHENE FOR MULTIMODALITY IMAGING GUIDED TUMOR PHOTODYNAMIC THERAPY;Source:THERANOSTICS 4 (3): 229-2392014; Times Cited:55; 2014

128. WOS:000341512200001; NDNA-PROT:IDENTIFICATION OF DNA-BINDING PROTEINS BASED ON UNBALANCED CLASSIFICATION;Source:BMC BIOINFORMATICS 15: - SEP 82014; Times Cited:54; 2014

129. WOS:000336659800019; IMPROVED ANDPROMISING IDENTIFICATION OF HUMAN MICRORNAS BY INCORPORATING A HIGH-QUALITYNEGATIVE SET; Source:IEEE-ACM TRANSCOMPUT BIOL BI 11 (1): 192-201 JAN-FEB 2014; Times Cited:52; 2014

130. WOS:000330245800015; REPRESENTATIVEDISCOVERY OF STRUCTURE CUES FOR WEAKLY-SUPERVISED IMAGE SEGMENTATION;Source:IEEE TRANS MULTIMEDIA 16 (2):470-479 FEB 2014; Times Cited:52; 2014

131. WOS:000340048400014; SURVEY OFMAPREDUCE FRAME OPERATION IN BIOINFORMATICS; Source:BRIEF BIOINFORM 15 (4): 637-647 JUL 2014;Times Cited:51; 2014

132. WOS:000345473600049; PRODUCTION OFGAMMA-VALEROLACTONE FROM LIGNOCELLULOSIC BIOMASS FOR SUSTAINABLE FUELS ANDCHEMICALS SUPPLY; Source:RENEW SUSTAINENERGY REV 40: 608-620 DEC 2014; Times Cited:50; 2014

133. WOS:000328948100014; EXPLOITING CLICKCONSTRAINTS AND MULTI-VIEW FEATURES FOR IMAGE RE-RANKING; Source:IEEE TRANS MULTIMEDIA 16 (1): 159-168 JAN2014; Times Cited:46; 2014

134. WOS:000340315600047; SEMANTICPRESERVING DISTANCE METRIC LEARNING AND APPLICATIONS; Source:INFORM SCIENCES 281: 674-686 OCT 10 2014;Times Cited:39; 2014

135. WOS:000330688000003; USING DISTANCESBETWEEN TOP-N-GRAM AND RESIDUE PAIRS FOR PROTEIN REMOTE HOMOLOGY DETECTION;Source:BMC BIOINFORMATICS 15: - SUPPL.2 JAN 24 2014; Times Cited:37; 2014

136. WOS:000335629500015; FAILURE MODE ANDEFFECTS ANALYSIS USING D NUMBERS AND GREY RELATIONAL PROJECTION METHOD;Source:EXPERT SYST APPL 41 (10):4670-4679 AUG 2014; Times Cited:35;2014

137. WOS:000333946700015; ENERGY DEMAND INCHINA: COMPARISON OF CHARACTERISTICS BETWEEN THE US AND CHINA IN RAPIDURBANIZATION STAGE; Source:ENERG CONVMANAGE 79: 128-139 MAR 2014; Times Cited:33; 2014

138. WOS:000328804200025; BIOSYNTHESIZEDGOLD NANOPARTICLES SUPPORTED OVER TS-1 TOWARD EFFICIENT CATALYST FOREPOXIDATION OF STYRENE; Source:CHEM ENGJ 235: 215-223 JAN 1 2014; Times Cited:32; 2014

139. WOS:000336698500006; LEVELIZED COST OFELECTRICITY (LCOE) OF RENEWABLE ENERGIES AND REQUIRED SUBSIDIES IN CHINA;Source:ENERG POLICY 70: 64-73 JUL 2014;Times Cited:25; 2014

140. WOS:000333787300021; FEATURE SELECTIONFOR VARYING COEFFICIENT MODELS WITH ULTRAHIGH-DIMENSIONAL COVARIATES;Source:J AMER STATIST ASSN 109 (505):266-274 MAR 2014; Times Cited:20; 2014

141. WOS:000315250400010; APOLIPOPROTEIN EAND ALZHEIMER DISEASE: RISK, MECHANISMS AND THERAPY; Source:NAT REV NEUROL 9 (2): 106-118 FEB 2013; TimesCited:343; 2013

142. WOS:000312689500021; NOVELVISIBLE-LIGHT-DRIVEN AGX/GRAPHITE-LIKE C3N4 (X = BR, I) HYBRID MATERIALS WITHSYNERGISTIC PHOTOCATALYTIC ACTIVITY; Source:APPL CATAL B-ENVIRON 129: 182-193 JAN 17 2013; Times Cited:257; 2013

143. WOS:000321093800068;PHOTOSENSITIZER-LOADED GOLD VESICLES WITH STRONG PLASMONIC COUPLING EFFECT FORIMAGING-GUIDED PHOTOTHERMAL/PHOTODYNAMIC THERAPY; Source:ACS NANO 7 (6): 5320-5329 JUN 2013; TimesCited:211; 2013

144. WOS:000325436100052; THE GENESIS ANDSOURCE OF THE H7N9 INFLUENZA VIRUSES CAUSING HUMAN INFECTIONS IN CHINA;Source:NATURE 502 (7470): 241-+ OCT 102013; Times Cited:183; 2013

145. WOS:000316853700012; GLIOBLASTOMA STEMCELLS GENERATE VASCULAR PERICYTES TO SUPPORT VESSEL FUNCTION AND TUMOR GROWTH;Source:CELL 153 (1): 139-152 MAR 282013; Times Cited:183; 2013

146. WOS:000314794400048; SEMICONDUCTOR@METAL-ORGANICFRAMEWORK CORE-SHELL HETEROSTRUCTURES: A CASE OF ZNO@ZIF-8 NANORODS WITHSELECTIVE PHOTOELECTROCHEMICAL RESPONSE; Source:J AM CHEM SOC 135 (5): 1926-1933 FEB 6 2013;Times Cited:182; 2013

147. WOS:000325533700019; ALL-THIOL-STABILIZEDAG-44 AND AU12AG32 NANOPARTICLES WITH SINGLE-CRYSTAL STRUCTURES; Source:NAT COMMUN 4: - SEP 2013; Times Cited:179; 2013

148. WOS:000316468600017; P-NHETEROJUNCTION PHOTOELECTRODES COMPOSED OF CU2O-LOADED TIO2 NANOTUBE ARRAYSWITH ENHANCED PHOTOELECTROCHEMICAL AND PHOTOELECTROCATALYTIC ACTIVITIES;Source:ENERGY ENVIRON SCI 6 (4):1211-1220 APR 2013; Times Cited:175;2013

149. WOS:000319664500049; STRUCTURE OF RSVFUSION GLYCOPROTEIN TRIMER BOUND TO A PREFUSION-SPECIFIC NEUTRALIZING ANTIBODY;Source:SCIENCE 340 (6136): 1113-1117MAY 31 2013; Times Cited:163; 2013

150. WOS:000326334300041; STRUCTURE-BASEDDESIGN OF A FUSION GLYCOPROTEIN VACCINE FOR RESPIRATORY SYNCYTIAL VIRUS;Source:SCIENCE 342 (6158): 592-598 NOV1 2013; Times Cited:160; 2013

151. WOS:000320131300005; SINGLE CONTINUOUSWAVE LASER INDUCED PHOTODYNAMIC/PLASMONIC PHOTOTHERMAL THERAPY USINGPHOTOSENSITIZER-FUNCTIONALIZED GOLD NANOSTARS; Source:ADVAN MATER 25 (22): 3055-3061 JUN 11 2013;Times Cited:145; 2013

152. WOS:000314365800002;SEMICONDUCTOR-BASED NANOCOMPOSITES FOR PHOTOCATALYTIC H-2 PRODUCTION AND CO2CONVERSION; Source:PHYS CHEM CHEM PHYS15 (8): 2632-2649 2013; Times Cited:137; 2013

153. WOS:000315478700012; EXPLOITING THEREVERSIBLE COVALENT BONDING OF BORONIC ACIDS: RECOGNITION, SENSING, ANDASSEMBLY; Source:ACCOUNT CHEM RES 46(2): 312-326 FEB 19 2013; Times Cited:135; 2013

154. WOS:000328531100010; BIODEGRADABLEGOLD NANOVESICLES WITH AN ULTRASTRONG PLASMONIC COUPLING EFFECT FORPHOTOACOUSTIC IMAGING AND PHOTOTHERMAL THERAPY; Source:ANGEW CHEM INT ED 52 (52): 13958-13964 DEC 232013; Times Cited:132; 2013

155. WOS:000320930100056; PRESENT ANDFUTURE GLOBAL DISTRIBUTIONS OF THE MARINE CYANOBACTERIA PROCHLOROCOCCUS ANDSYNECHOCOCCUS; Source:PROC NAT ACAD SCIUSA 110 (24): 9824-9829 JUN 11 2013; Times Cited:129; 2013

156. WOS:000327947500046; 1.06 MU MQ-SWITCHED YTTERBIUM-DOPED FIBER LASER USING FEW-LAYER TOPOLOGICAL INSULATORBI2SE3 AS A SATURABLE ABSORBER; Source:OPT EXPRESS 21 (24): 29516-29522 DEC 2 2013; Times Cited:126; 2013

157. WOS:000319236400008; SURFACE ANDINTERFACE CONTROL OF NOBLE METAL NANOCRYSTALS FOR CATALYTIC ANDELECTROCATALYTIC APPLICATIONS; Source:NANO TODAY 8 (2): 168-197 APR 2013; Times Cited:122; 2013

158. WOS:000314642700010; GRAPHENEOXIDE-CHITOSAN COMPOSITE HYDROGELS AS BROAD-SPECTRUM ADSORBENTS FOR WATERPURIFICATION; Source:J MATER CHEM A 1(6): 1992-2001 2013; Times Cited:122;2013

159. WOS:000317368500018; MILLIMETER-SIZESINGLE-CRYSTAL GRAPHENE BY SUPPRESSING EVAPORATIVE LOSS OF CU DURING LOWPRESSURE CHEMICAL VAPOR DEPOSITION; Source:ADVAN MATER 25 (14): 2062-2065 APR 11 2013; Times Cited:116; 2013

160. WOS:000319076000010; APPLICATIONS ANDPOTENTIAL TOXICITY OF MAGNETIC IRON OXIDE NANOPARTICLES; Source:SMALL 9 (9-10): 1533-1545 SP. ISS. SI MAY 272013; Times Cited:106; 2013

161. WOS:000317031900051; SYNTHESIS OFULTRATHIN NITROGEN-DOPED GRAPHITIC CARBON NANOCAGES AS ADVANCED ELECTRODEMATERIALS FOR SUPERCAPACITOR; Source:ACS APPL MATER INTERFACES 5 (6): 2241-2248 MAR 27 2013; TimesCited:105; 2013

162. WOS:000322507700005; COPPER NANOWIRESAS FULLY TRANSPARENT CONDUCTIVE ELECTRODES; Source:SCI REP 3: - JUL 31 2013; Times Cited:103; 2013

163. WOS:000323536100005;ELECTRON-DEFICIENT POLY(P-PHENYLENE VINYLENE) PROVIDES ELECTRON MOBILITY OVER 1CM(2) V-1 S(-1) UNDER AMBIENT CONDITIONS; Source:J AM CHEM SOC 135 (33): 12168-12171 AUG 212013; Times Cited:103; 2013

164. WOS:000312193100001; ADVANCES INMODIFYING FLUORESCEIN AND RHODAMINE FLUOROPHORES AS FLUORESCENT CHEMOSENSORS;Source:CHEM COMMUN 49 (5): 429-4472013; Times Cited:102; 2013

165. WOS:000315079500026; GROWTH OF ADLAYERGRAPHENE ON CU STUDIED BY CARBON ISOTOPE LABELING; Source:NANO LETT 13 (2): 486-490 FEB 2013; TimesCited:102; 2013

166. WOS:000315512000002; SELF-TEMPLATINGSYNTHESIS OF HOLLOW MESOPOROUS SILICA AND THEIR APPLICATIONS IN CATALYSIS ANDDRUG DELIVERY; Source:NANOSCALE 5 (6):2205-2218 2013; Times Cited:97; 2013

167. WOS:000320131300002; HIERARCHICALLYSTRUCTURED NANOTUBES FOR HIGHLY EFFICIENT DYE-SENSITIZED SOLAR CELLS;Source:ADVAN MATER 25 (22): 3039-3044JUN 11 2013; Times Cited:97; 2013

168. WOS:000324888600005; SELECTIVE SENSINGOF SACCHARIDES USING SIMPLE BORONIC ACIDS AND THEIR AGGREGATES; Source:CHEM SOC REV 42 (20): 8032-8048 2013; TimesCited:95; 2013

169. WOS:000316244200005; TARGET-RESPONSIVESWEET HYDROGEL WITH GLUCOMETER READOUT FOR PORTABLE AND QUANTITATIVE DETECTIONOF NON-GLUCOSE TARGETS; Source:J AMCHEM SOC 135 (10): 3748-3751 MAR 13 2013; Times Cited:93; 2013

170. WOS:000313051300005; SURFACE ANALYSISUSING SHELL-ISOLATED NANOPARTICLE-ENHANCED RAMAN SPECTROSCOPY; Source:NAT PROTOC 8 (1): 52-65 JAN 2013; TimesCited:81; 2013

171. WOS:000317854300001; FISHING GROUPERSTOWARDS EXTINCTION: A GLOBAL ASSESSMENT OF THREATS AND EXTINCTION RISKS IN ABILLION DOLLAR FISHERY; Source:FISHFISH 14 (2): 119-136 JUN 2013; Times Cited:70; 2013

172. WOS:000330179500002; PROTEIN REMOTEHOMOLOGY DETECTION BY COMBINING CHOUS PSEUDO AMINO ACID COMPOSITION ANDPROFILE-BASED PROTEIN REPRESENTATION; Source:MOL INF 32 (9-10): 775-782 OCT 2013; Times Cited:64; 2013

173. WOS:000321915800017; ADDITIVEMANUFACTURING AND ITS SOCIETAL IMPACT: A LITERATURE REVIEW; Source:INT J ADV MANUF TECHNOL 67 (5-8): 1191-1203JUL 2013; Times Cited:63; 2013

174. WOS:000315516200020; ADAPTIVE DYNAMICSURFACE CONTROL FOR FORMATIONS OF AUTONOMOUS SURFACE VEHICLES WITH UNCERTAINDYNAMICS; Source:IEEE TRANS CONTROLSYST TECHN 21 (2): 513-520 MAR 2013; Times Cited:55; 2013

175. WOS:000310820800003; PAIRWISECONSTRAINTS BASED MULTIVIEW FEATURES FUSION FOR SCENE CLASSIFICATION;Source:PATT RECOG 46 (2): 483-496 FEB2013; Times Cited:55; 2013

176. WOS:000312773900001; NUMERICAL METHODSFOR SOLVING THE MULTI-TERM TIME-FRACTIONAL WAVE-DIFFUSION EQUATION;Source:FRACT CALC APPL ANAL 16 (1):9-25 SP. ISS. SI MAR 2013; Times Cited:53; 2013

177. WOS:000318333700008; GENETIC BASES OFRICE GRAIN SHAPE: SO MANY GENES, SO LITTLE KNOWN; Source:TRENDS PLANT SCI 18 (4): 218-226 APR 2013;Times Cited:49; 2013

178. WOS:000329081300051; TECHNOLOGY GAPAND CHINAS REGIONAL ENERGY EFFICIENCY: A PARAMETRIC METAFRONTIER APPROACH;Source:ENERG ECON 40: 529-536 NOV 2013;Times Cited:44; 2013

179. WOS:000312729400024; HYDROGEN SULFIDEALLEVIATES ALUMINUM TOXICITY IN BARLEY SEEDLINGS; Source:PLANT SOIL 362 (1-2): 301-318 JAN 2013; TimesCited:40; 2013

180. WOS:000320924200014; GLOBAL CLASSICALSOLUTIONS TO 3D COMPRESSIBLE MAGNETOHYDRODYNAMIC EQUATIONS WITH LARGEOSCILLATIONS AND VACUUM; Source:SIAM JMATH ANAL 45 (3): 1356-1387 2013; Times Cited:29; 2013

181. WOS:000318050100016; FLEXIBLETRIBOELECTRIC GENERATOR!; Source:NANOENERGY 1 (2): 328-334 MAR 2012; Times Cited:458; 2012

182. WOS:000305106400076; TRANSPARENT TRIBOELECTRICNANOGENERATORS AND SELF-POWERED PRESSURE SENSORS BASED ON MICROPATTERNEDPLASTIC FILMS; Source:NANO LETT 12 (6):3109-3114 JUN 2012; Times Cited:328;2012

183. WOS:000305915900033; HEPATITIS E;Source:LANCET 379 (9835): 2477-2488 JUN30 2012; Times Cited:326; 2012

184. WOS:000300625500018; THERMALCONDUCTIVITY OF ISOTOPICALLY MODIFIED GRAPHENE; Source:NAT MATER 11 (3): 203-207 MAR 2012; TimesCited:270; 2012

185. WOS:000308462000034; SULFURMETABOLIZING MICROBES DOMINATE MICROBIAL COMMUNITIES IN ANDESITE-HOSTEDSHALLOW-SEA HYDROTHERMAL SYSTEMS; Source:PLOS ONE 7 (9): - SEP 7 2012; Times Cited:247; 2012

186. WOS:000309099700027; HIGH-EFFICIENCYPHOTOELECTROCATALYTIC HYDROGEN GENERATION ENABLED BY PALLADIUM QUANTUMDOTS-SENSITIZED TIO2 NANOTUBE ARRAYS; Source:J AM CHEM SOC 134 (38): 15720-15723 SEP 26 2012; Times Cited:222; 2012

187. WOS:000308883900010; LIGHT-TRIGGEREDTHERANOSTICS BASED ON PHOTOSENSITIZER-CONJUGATED CARBON DOTS FOR SIMULTANEOUSENHANCED-FLUORESCENCE IMAGING AND PHOTODYNAMIC THERAPY; Source:ADVAN MATER 24 (37): 5104-5110 SEP 25 2012;Times Cited:203; 2012

188. WOS:000301550800084; RECTANGULARBUNCHED RUTILE TIO2 NANOROD ARRAYS GROWN ON CARBON FIBER FOR DYE-SENSITIZEDSOLAR CELLS; Source:J AM CHEM SOC 134(9): 4437-4441 MAR 7 2012; Times Cited:201; 2012

189. WOS:000299944200001; SMALLADSORBATE-ASSISTED SHAPE CONTROL OF PD AND PT NANOCRYSTALS; Source:ADVAN MATER 24 (7): 862-879 FEB 14 2012;Times Cited:195; 2012

190. WOS:000301708000025; INDUCTION THERAPYWITH AUTOLOGOUS MESENCHYMAL STEM CELLS IN LIVING-RELATED KIDNEY TRANSPLANTS ARANDOMIZED CONTROLLED TRIAL; Source:JAMA-J AM MED ASSN 307 (11): 1169-1177 MAR 21 2012; Times Cited:184; 2012

191. WOS:000301084700001; HIGH-NUCLEARITY3D-4F CLUSTERS AS ENHANCED MAGNETIC COOLERS AND MOLECULAR MAGNETS; Source:J AM CHEM SOC 134 (7): 3314-3317 FEB 22 2012;Times Cited:183; 2012

192. WOS:000301957300044; TRANSPARENTSUPERHYDROPHOBIC/SUPERHYDROPHILIC TIO2-BASED COATINGS FOR SELF-CLEANING ANDANTI-FOGGING; Source:J MATER CHEM 22(15): 7420-7426 2012; Times Cited:159;2012

193. WOS:000310602700022; FACILE SYNTHESISOF MANGANESE-OXIDE-CONTAINING MESOPOROUS NITROGEN-DOPED CARBON FOR EFFICIENTOXYGEN REDUCTION; Source:ADV FUNCTMATER 22 (21): 4584-4591 NOV 7 2012; Times Cited:150; 2012

194. WOS:000305577600013; ADAPTIVEHYPERGRAPH LEARNING AND ITS APPLICATION IN IMAGE CLASSIFICATION; Source:IEEE TRANS IMAGE PROCESSING 21 (7): 3262-3272JUL 2012; Times Cited:143; 2012

195. WOS:000312145400002; CATALYTICCONVERSION OF BIOMASS-DERIVED CARBOHYDRATES INTO FUELS AND CHEMICALS VIAFURANIC ALDEHYDES; Source:RSC ADV 2(30): 11184-11206 2012; Times Cited:140; 2012

196. WOS:000311970300009; ALPHA-MNO2NANORODS GROWN IN SITU ON GRAPHENE AS CATALYSTS FOR LI-O-2 BATTERIES WITHEXCELLENT ELECTROCHEMICAL PERFORMANCE; Source:ENERGY ENVIRON SCI 5 (12): 9765-9768 DEC 2012; Times Cited:129; 2012

197. WOS:000304231700087; HOLLOW MESOPOROUSALUMINOSILICA SPHERES WITH PERPENDICULAR PORE CHANNELS AS CATALYTIC NANOREACTORS;Source:ACS NANO 6 (5): 4434-4444 MAY2012; Times Cited:128; 2012

198. WOS:000301984200011; PALLADIUMNANOCRYSTALS ENCLOSED BY {100} AND {111} FACETS IN CONTROLLED PROPORTIONS ANDTHEIR CATALYTIC ACTIVITIES FOR FORMIC ACID OXIDATION; Source:ENERGY ENVIRON SCI 5 (4): 6352-6357 APR 2012;Times Cited:126; 2012

199. WOS:000303696400061; AN INTEGRATEDPOWER PACK OF DYE-SENSITIZED SOLAR CELL AND LI BATTERY BASED ON DOUBLE-SIDEDTIO2 NANOTUBE ARRAYS; Source:NANO LETT12 (5): 2520-2523 MAY 2012; Times Cited:123; 2012

200. WOS:000299967800097; A FACILESYNTHESIS OF MPD (M = CO, CU) NANOPARTICLES AND THEIR CATALYSIS FOR FORMIC ACIDOXIDATION; Source:NANO LETT 12 (2):1102-1106 FEB 2012; Times Cited:112;2012

201. WOS:000310140700012; SEMISUPERVISED MULTIVIEWDISTANCE METRIC LEARNING FOR CARTOON SYNTHESIS; Source:IEEE TRANS IMAGE PROCESSING 21 (11):4636-4648 NOV 2012; Times Cited:110;2012

202. WOS:000306249500016; RISING CO2 ANDINCREASED LIGHT EXPOSURE SYNERGISTICALLY REDUCE MARINE PRIMARY PRODUCTIVITY;Source:NAT CLIM CHANGE 2 (7): 519-523JUL 2012; Times Cited:96; 2012

203. WOS:000309793400029; FEATURE SCREENINGVIA DISTANCE CORRELATION LEARNING; Source:J AMER STATIST ASSN 107 (499): 1129-1139 SEP 2012; Times Cited:73; 2012

204. WOS:000309493900055; PANEL ESTIMATIONFOR URBANIZATION, ENERGY CONSUMPTION AND CO2 EMISSIONS: A REGIONAL ANALYSIS INCHINA; Source:ENERG POLICY 49: 488-498OCT 2012; Times Cited:69; 2012

205. WOS:000299977000053;ULTRASOUND-ASSISTED SYNTHESIS AND VISIBLE-LIGHT-DRIVEN PHOTOCATALYTIC ACTIVITYOF FE-INCORPORATED TIO2 NANOTUBE ARRAY PHOTOCATALYSTS; Source:J HAZARD MATER 199: 410-417 JAN 15 2012;Times Cited:67; 2012

206. WOS:000308995500009; ON COMBININGMULTIPLE FEATURES FOR CARTOON CHARACTER RETRIEVAL AND CLIP SYNTHESIS;Source:IEEE TRANS SYST MAN CYBERN B 42(5): 1413-1427 OCT 2012; Times Cited:61; 2012

207. WOS:000310738800004; DECAY OFDISSIPATIVE EQUATIONS AND NEGATIVE SOBOLEV SPACES; Source:COMMUN PART DIFF EQUAT 37 (12): 2165-22082012; Times Cited:58; 2012

208. WOS:000311460600005; NUMERICAL METHODSAND ANALYSIS FOR A CLASS OF FRACTIONAL ADVECTION-DISPERSION MODELS;Source:COMPUT MATH APPL 64 (10):2990-3007 SP. ISS. SI NOV 2012; Times Cited:49; 2012

209. WOS:000309493900066; CHINAS ENERGY DEMANDAND ITS CHARACTERISTICS IN THE INDUSTRIALIZATION AND URBANIZATION PROCESS;Source:ENERG POLICY 49: 608-615 OCT2012; Times Cited:47; 2012

210. WOS:000299405300014; NUMERICAL METHODSFOR SOLVING A TWO-DIMENSIONAL VARIABLE-ORDER ANOMALOUS SUBDIFFUSION EQUATION;Source:MATH COMPUT 81 (277): 345-366JAN 2012; Times Cited:36; 2012

211. WOS:000303789600011; DECAY OF THENAVIER-STOKES-POISSON EQUATIONS; Source:J DIFFERENTIAL EQUATIONS 253 (1): 273-297 JUL 1 2012; Times Cited:34; 2012

212. WOS:000285574000009; FREESTANDINGPALLADIUM NANOSHEETS WITH PLASMONIC AND CATALYTIC PROPERTIES; Source:NAT NANOTECHNOL 6 (1): 28-32 JAN 2011; TimesCited:467; 2011

213. WOS:000287553800072; OXIDATIONRESISTANCE OF GRAPHENE-COATED CU AND CU/NI ALLOY; Source:ACS NANO 5 (2): 1321-1327 FEB 2011; TimesCited:455; 2011

214. WOS:000288889900003; SYNTHESIS OFCLEAN AND WELL-DISPERSIVE PD NANOPARTICLES WITH EXCELLENT ELECTROCATALYTICPROPERTY ON GRAPHENE OXIDE; Source:J AMCHEM SOC 133 (11): 3693-3695 MAR 23 2011; Times Cited:442; 2011

215. WOS:000291807600041; NANOMATERIALS OFHIGH SURFACE ENERGY WITH EXCEPTIONAL PROPERTIES IN CATALYSIS AND ENERGYSTORAGE; Source:CHEM SOC REV 40 (7):4167-4185 2011; Times Cited:318; 2011

216. WOS:000290914700048; NANOCOMPOSITES OFTIO2 AND REDUCED GRAPHENE OXIDE AS EFFICIENT PHOTOCATALYSTS FOR HYDROGENEVOLUTION; Source:J PHYS CHEM C 115(21): 10694-10701 JUN 2 2011; Times Cited:294; 2011

217. WOS:000289492700016; AMINE-ASSISTEDSYNTHESIS OF CONCAVE POLYHEDRAL PLATINUM NANOCRYSTALS HAVING {411} HIGH-INDEXFACETS; Source:J AM CHEM SOC 133 (13):4718-4721 APR 6 2011; Times Cited:244;2011

218. WOS:000286729300007; PYRENE-EXCIMERPROBES BASED ON THE HYBRIDIZATION CHAIN REACTION FOR THE DETECTION OF NUCLEICACIDS IN COMPLEX BIOLOGICAL FLUIDS; Source:ANGEW CHEM INT ED 50 (2): 401-404 2011; Times Cited:235; 2011

219. WOS:000293665600027; HIGH EFFICIENCYDYE-SENSITIZED SOLAR CELLS BASED ON HIERARCHICALLY STRUCTURED NANOTUBES;Source:NANO LETT 11 (8): 3214-3220 AUG2011; Times Cited:231; 2011

220. WOS:000294306900009; RECENT ADVANCESIN THE RESEARCH OF POLYANION-TYPE CATHODE MATERIALS FOR LI-ION BATTERIES;Source:ENERGY ENVIRON SCI 4 (9):3223-3242 SEP 2011; Times Cited:207;2011

221. WOS:000290358200082; SYNTHESIS OFPD-PT BIMETALLIC NANOCRYSTALS WITH A CONCAVE STRUCTURE THROUGH ABROMIDE-INDUCED GALVANIC REPLACEMENT REACTION; Source:J AM CHEM SOC 133 (15): 6078-6089 APR 202011; Times Cited:200; 2011

222. WOS:000294175700022; PALLADIUM CONCAVENANOCUBES WITH HIGH-INDEX FACETS AND THEIR ENHANCED CATALYTIC PROPERTIES;Source:ANGEW CHEM INT ED 50 (34):7850-7854 2011; Times Cited:197; 2011

223. WOS:000296723500014; ACIDIFICATION OFSUBSURFACE COASTAL WATERS ENHANCED BY EUTROPHICATION; Source:NAT GEOSCI 4 (11): 766-770 NOV 2011; TimesCited:185; 2011

224. WOS:000297493300005; ORDEREDMESOPOROUS CARBON/SULFUR NANOCOMPOSITE OF HIGH PERFORMANCES AS CATHODE FORLITHIUM-SULFUR BATTERY; Source:ELECTROCHIM ACTA 56 (26): 9549-9555 SP. ISS. SI NOV 1 2011; Times Cited:169; 2011

225. WOS:000289133000013; A COMPARISON OFPREPARATION METHOD ON THE ELECTROCHEMICAL PERFORMANCE OF CATHODE MATERIALLI[LI0.2MN0.54NI0.13CO0.13]O-2 FOR LITHIUM ION BATTERY; Source:ELECTROCHIM ACTA 56 (8): 3071-3078 MAR 12011; Times Cited:166; 2011

226. WOS:000286487300041; RAMANMEASUREMENTS OF THERMAL TRANSPORT IN SUSPENDED MONOLAYER GRAPHENE OF VARIABLESIZES IN VACUUM AND GASEOUS ENVIRONMENTS; Source:ACS NANO 5 (1): 321-328 JAN 2011; TimesCited:159; 2011

227. WOS:000287973600007; SYNTHESIS OF PDNANOCRYSTALS ENCLOSED BY {100} FACETS AND WITH SIZES < 10 NM FOR APPLICATIONIN CO OXIDATION; Source:NANO RES 4 (1):83-91 JAN 2011; Times Cited:153; 2011

228. WOS:000308916700003; APP PROCESSING INALZHEIMERS DISEASE; Source:MOL BRAIN 4:- JAN 7 2011; Times Cited:145; 2011

229. WOS:000287148900014; BIOLOGICALFUNCTIONS OF MICRORNAS: A REVIEW; Source:J PHYSIOL BIOCHEM 67 (1): 129-139 MAR 2011; Times Cited:145; 2011

230. WOS:000294790200002; SYNTHESIS ANDCHARACTERIZATION OF LARGE-AREA GRAPHENE AND GRAPHITE FILMS ON COMMERCIAL CU-NIALLOY FOILS; Source:NANO LETT 11 (9):3519-3525 SEP 2011; Times Cited:141;2011

231. WOS:000289306900043; A CATIONICSURFACTANT ASSISTED SELECTIVE ETCHING STRATEGY TO HOLLOW MESOPOROUS SILICASPHERES; Source:NANOSCALE 3 (4):1632-1639 2011; Times Cited:118; 2011

232. WOS:000287424700001; EXISTENCE ANDGLOBAL STABILITY ANALYSIS OF EQUILIBRIUM OF FUZZY CELLULAR NEURAL NETWORKS WITHTIME DELAY IN THE LEAKAGE TERM UNDER IMPULSIVE PERTURBATIONS; Source:J FRANKLIN INST-ENG APPL MATH 348 (2):135-155 MAR 2011; Times Cited:101; 2011

233. WOS:000292717300006; SILICON NANOWIRESCOATED WITH COPPER LAYER AS ANODE MATERIALS FOR LITHIUM-ION BATTERIES;Source:J POWER SOURCES 196 (16):6657-6662 SP. ISS. SI AUG 15 2011; Times Cited:98; 2011

234. WOS:000292418500068; MICROALGAEBIOENGINEERING: FROM CO2 FIXATION TO BIOFUEL PRODUCTION; Source:RENEW SUSTAIN ENERGY REV 15 (6): 3252-3260AUG 2011; Times Cited:78; 2011

235. WOS:000294968400007; HYDROGEN SULPHIDEENHANCES PHOTOSYNTHESIS THROUGH PROMOTING CHLOROPLAST BIOGENESIS,PHOTOSYNTHETIC ENZYME EXPRESSION, AND THIOL REDOX MODIFICATION IN SPINACIAOLERACEA SEEDLINGS; Source:J EXP BOT 62(13): 4481-4493 AUG 2011; Times Cited:77; 2011

236. WOS:000296797900003; TOWARDS A MAXIMALCELL SURVIVAL IN CONVECTIVE THERMAL DRYING PROCESSES; Source:FOOD RES INT 44 (5): 1127-1149 JUN 2011;Times Cited:64; 2011

237. WOS:000291704900006; FINITEDIFFERENCE/SPECTRAL APPROXIMATIONS FOR THE FRACTIONAL CABLE EQUATION; Source:MATH COMPUT 80 (275): 1369-1396 JUL 2011;Times Cited:43; 2011

238. WOS:000287690400007; EXPONENTIALSTABILITY FOR STOCHASTIC REACTION-DIFFUSION BAM NEURAL NETWORKS WITHTIME-VARYING AND DISTRIBUTED DELAYS; Source:APPL MATH COMPUT 217 (13): 6078-6091 MAR 1 2011; Times Cited:43; 2011

239. WOS:000275657100042; SHELL-ISOLATEDNANOPARTICLE-ENHANCED RAMAN SPECTROSCOPY; Source:NATURE 464 (7287): 392-395 MAR 18 2010; TimesCited:1188; 2010

240. WOS:000275117900034; RIGID PILLARS ANDDOUBLE WALLS IN A POROUS METAL-ORGANIC FRAMEWORK: SINGLE-CRYSTAL TOSINGLE-CRYSTAL, CONTROLLED UPTAKE AND RELEASE OF IODINE AND ELECTRICALCONDUCTIVITY; Source:J AM CHEM SOC 132(8): 2561-+ MAR 3 2010; Times Cited:349; 2010

241. WOS:000281908600012; ANION COMPLEXATIONAND SENSING USING MODIFIED UREA AND THIOUREA-BASED RECEPTORS; Source:CHEM SOC REV 39 (10): 3729-3745 2010; TimesCited:324; 2010

242. WOS:000279745700009; WHEN THE SIGNALIS NOT FROM THE ORIGINAL MOLECULE TO BE DETECTED: CHEMICAL TRANSFORMATION OF PARA-AMINOTHIOPHENOLON AG DURING THE SERS MEASUREMENT; Source:J AM CHEM SOC 132 (27): 9244-9246 JUL 14 2010; Times Cited:272; 2010

243. WOS:000279987200013; MICROBIALPRODUCTION OF RECALCITRANT DISSOLVED ORGANIC MATTER: LONG-TERM CARBON STORAGEIN THE GLOBAL OCEAN; Source:NAT REVMICROBIOL 8 (8): 593-599 AUG 2010; Times Cited:271; 2010

244. WOS:000278837100008; DIRECTELECTRODEPOSITION OF TETRAHEXAHEDRAL PD NANOCRYSTALS WITH HIGH-INDEX FACETS ANDHIGH CATALYTIC ACTIVITY FOR ETHANOL ELECTROOXIDATION; Source:J AM CHEM SOC 132 (22): 7580-+ JUN 9 2010;Times Cited:254; 2010

245. WOS:000283039100001; DEVELOPMENT OFNOVEL CATALYSTS FOR FISCHER-TROPSCH SYNTHESIS: TUNING THE PRODUCT SELECTIVITY;Source:CHEMCATCHEM 2 (9): 1030-1058 SEP2010; Times Cited:250; 2010

246. WOS:000282069100030; EFFICACY ANDSAFETY OF A RECOMBINANT HEPATITIS E VACCINE IN HEALTHY ADULTS: A LARGE-SCALE,RANDOMISED, DOUBLE-BLIND PLACEBO-CONTROLLED, PHASE 3 TRIAL; Source:LANCET 376 (9744): 895-902 SEP 11 2010; TimesCited:230; 2010

247. WOS:000284438000050; AU@AG CORE-SHELLNANOCUBES WITH FINELY TUNED AND WELL-CONTROLLED SIZES, SHELL THICKNESSES, ANDOPTICAL PROPERTIES; Source:ACS NANO 4(11): 6725-6734 NOV 2010; Times Cited:213; 2010

248. WOS:000274020200074; STRUCTURE ANDELECTROCHEMICAL PERFORMANCE OF NANOSTRUCTURED FE3O4/CARBON NANOTUBE COMPOSITESAS ANODES FOR LITHIUM ION BATTERIES; Source:ELECTROCHIM ACTA 55 (3): 1140-1144 JAN 1 2010; Times Cited:207; 2010

249. WOS:000277093200017; USING GRAPHENE TOPROTECT DNA FROM CLEAVAGE DURING CELLULAR DELIVERY; Source:CHEM COMMUN 46 (18): 3116-3118 2010; TimesCited:197; 2010

250. WOS:000283653900058; GRAPHENE-BASEDPASSIVELY Q-SWITCHED DUAL-WAVELENGTH ERBIUM-DOPED FIBER LASER; Source:OPTICS LETTERS 35 (21): 3709-3711 NOV 1 2010;Times Cited:180; 2010

251. WOS:000284000700006; CRYSTALHABIT-TUNED NANOPLATE MATERIAL OF LI[LI1/3-2X/3NIXMN2/3-X/3]O-2 FOR HIGH-RATEPERFORMANCE LITHIUM-ION BATTERIES; Source:ADVAN MATER 22 (39): 4364-+ OCT 15 2010; Times Cited:178; 2010

252. WOS:000273847100029; HIGH-INDEXFACETED PLATINUM NANOCRYSTALS SUPPORTED ON CARBON BLACK AS HIGHLY EFFICIENTCATALYSTS FOR ETHANOL ELECTROOXIDATION; Source:ANGEW CHEM INT ED 49 (2): 411-414 2010; Times Cited:177; 2010

253. WOS:000277091700002; PH EFFECT ON THEASSEMBLY OF METAL-ORGANIC ARCHITECTURES; Source:CRYSTENGCOMM 12 (5): 1354-1365 2010; TimesCited:173; 2010

254. WOS:000274571500005; AN APTAMERCROSS-LINKED HYDROGEL AS A COLORIMETRIC PLATFORM FOR VISUAL DETECTION;Source:ANGEW CHEM INT ED 49 (6):1052-1056 2010; Times Cited:162; 2010

255. WOS:000284504800115; NITROGEN-DOPEDTIO2 NANOTUBE ARRAY FILMS WITH ENHANCED PHOTOCATALYTIC ACTIVITY UNDER VARIOUSLIGHT SOURCES; Source:J HAZARD MATER184 (1-3): 855-863 DEC 15 2010; Times Cited:132; 2010

256. WOS:000278797100010; DELAY-DEPENDENTSTABILITY OF NEURAL NETWORKS OF NEUTRAL TYPE WITH TIME DELAY IN THE LEAKAGETERM; Source:NONLINEARITY 23 (7):1709-1726 JUL 2010; Times Cited:106;2010

257. WOS:000273081700061; EVALUATING CARBONDIOXIDE EMISSIONS IN INTERNATIONAL TRADE OF CHINA; Source:ENERG POLICY 38 (1): 613-621 JAN 2010; TimesCited:96; 2010

258. WOS:000280771100003; NUMERICAL SCHEMESWITH HIGH SPATIAL ACCURACY FOR A VARIABLE-ORDER ANOMALOUS SUBDIFFUSIONEQUATION; Source:SIAM J SCI COMPUT 32(4): 1740-1760 2010; Times Cited:86;2010

259. WOS:000279827200016; NUMERICALAPPROXIMATIONS OF ALLEN-CAHN AND CAHN-HILLIARD EQUATIONS; Source:DISCRETE CONTIN DYN SYST 28 (4): 1669-1691DEC 2010; Times Cited:85; 2010

260. WOS:000281390000071; EXISTENCE,UNIQUENESS AND STABILITY ANALYSIS OF RECURRENT NEURAL NETWORKS WITH TIME DELAYIN THE LEAKAGE TERM UNDER IMPULSIVE PERTURBATIONS; Source:NONLINEAR ANAL-REAL WORLD APP 11 (5):4092-4108 OCT 2010; Times Cited:77;2010

261. WOS:000278576300003; A PHASE-FIELDMODEL AND ITS NUMERICAL APPROXIMATION FOR TWO-PHASE INCOMPRESSIBLE FLOWS WITHDIFFERENT DENSITIES AND VISCOSITIES; Source:SIAM J SCI COMPUT 32 (3): 1159-1179 2010; Times Cited:62; 2010

262. WOS:000264792400016; SYNTHESIS OF TITANIANANOSHEETS WITH A HIGH PERCENTAGE OF EXPOSED (001) FACETS AND RELATEDPHOTOCATALYTIC PROPERTIES; Source:J AMCHEM SOC 131 (9): 3152-+ MAR 11 2009; Times Cited:789; 2009

263. WOS:000268036600049; RIP3, AN ENERGYMETABOLISM REGULATOR THAT SWITCHES TNF-INDUCED CELL DEATH FROM APOPTOSIS TONECROSIS; Source:SCIENCE 325 (5938):332-336 JUL 17 2009; Times Cited:649;2009

264. WOS:000263082200004; MOLECULARENGINEERING OF DNA: MOLECULAR BEACONS; Source:ANGEW CHEM INT ED 48 (5): 856-870 2009; Times Cited:338; 2009

265. WOS:000270671100021; CARBON DOTS ASNONTOXIC AND HIGH-PERFORMANCE FLUORESCENCE IMAGING AGENTS; Source:J PHYS CHEM C 113 (42): 18110-18114 OCT 222009; Times Cited:321; 2009

266. WOS:000268000600003; SURFACE-ENHANCEDRAMAN SPECTROSCOPY: SUBSTRATE-RELATED ISSUES; Source:ANAL BIOANAL CHEM 394 (7): 1729-1745 AUG2009; Times Cited:244; 2009

267. WOS:000271001900016; DESIGNINGSUPERHYDROPHOBIC POROUS NANOSTRUCTURES WITH TUNABLE WATER ADHESION;Source:ADVAN MATER 21 (37): 3799-3803OCT 5 2009; Times Cited:221; 2009

268. WOS:000272276800033; SYNTHESIS OF TINDIOXIDE OCTAHEDRAL NANOPARTICLES WITH EXPOSED HIGH-ENERGY {221} FACETS ANDENHANCED GAS-SENSING PROPERTIES; Source:ANGEW CHEM INT ED 48 (48): 9180-9183 2009; Times Cited:210; 2009

269. WOS:000267623100010; COPPER-CATALYZEDAEROBIC OXIDATIVE COUPLING OF TERMINAL ALKYNES WITH H-PHOSPHONATES LEADING TOALKYNYLPHOSPHONATES; Source:J AM CHEMSOC 131 (23): 7956-+ JUN 17 2009; Times Cited:171; 2009

270. WOS:000271693800002; MICRORNAS: NOVELREGULATORS IN THE HALLMARKS OF HUMAN CANCER; Source:CANCER LETT 285 (2): 116-126 NOV 28 2009;Times Cited:169; 2009

271. WOS:000267745900022; A SPACE-TIMESPECTRAL METHOD FOR THE TIME FRACTIONAL DIFFUSION EQUATION; Source:SIAM J NUMER ANAL 47 (3): 2108-2131 2009;Times Cited:166; 2009

272. WOS:000267745900008; NUMERICAL METHODSFOR THE VARIABLE-ORDER FRACTIONAL ADVECTION-DIFFUSION EQUATION WITH A NONLINEARSOURCE TERM; Source:SIAM J NUMER ANAL47 (3): 1760-1781 2009; Times Cited:138; 2009

273. WOS:000271165100141; ULTRASOUND AIDEDPHOTOCHEMICAL SYNTHESIS OF AG LOADED TIO2 NANOTUBE ARRAYS TO ENHANCEPHOTOCATALYTIC ACTIVITY; Source:JHAZARD MATER 171 (1-3): 1045-1050 NOV 15 2009; Times Cited:130; 2009

274. WOS:000268507600016; AN APPROACH TOMULTIATTRIBUTE DECISION MAKING WITH INTERVAL-VALUED INTUITIONISTIC FUZZYASSESSMENTS AND INCOMPLETE WEIGHTS; Source:INFORM SCIENCES 179 (17): 3026-3040 SP. ISS. SI AUG 5 2009; Times Cited:125; 2009

275. WOS:000268521100021; QUATERNIZED CARDOPOLYETHERKETONE ANION EXCHANGE MEMBRANE FOR DIRECT METHANOL ALKALINE FUELCELLS; Source:J POWER SOURCES 193 (2):541-546 SP. ISS. SI SEP 5 2009; Times Cited:108; 2009

276. WOS:000267393700015; NUMERICAL METHODAND ANALYTICAL TECHNIQUE OF THE MODIFIED ANOMALOUS SUBDIFFUSION EQUATION WITH ANONLINEAR SOURCE TERM; Source:J COMPUTAPPL MATH 231 (1): 160-176 SEP 1 2009; Times Cited:94; 2009

277. WOS:000256301200028; EPITAXIAL GROWTHOF HETEROGENEOUS METAL NANOCRYSTALS: FROM GOLD NANO-OCTAHEDRA TO PALLADIUM ANDSILVER NANOCUBES; Source:J AM CHEM SOC130 (22): 6949-+ JUN 4 2008; Times Cited:406; 2008

278. WOS:000261653000003; PLATINUM METALCATALYSTS OF HIGH-INDEX SURFACES: FROM SINGLE-CRYSTAL PLANES TOELECTROCHEMICALLY SHAPE-CONTROLLED NANOPARTICLES; Source:J PHYS CHEM C 112 (50): 19801-19817 DEC 182008; Times Cited:299; 2008

279. WOS:000263320600072; NONAQUEOUSPRODUCTION OF NANOSTRUCTURED ANATASE WITH HIGH-ENERGY FACETS; Source:J AM CHEM SOC 130 (51): 17563-17567 DEC 242008; Times Cited:270; 2008

280. WOS:000255444700015; ELECTROCHEMICALSURFACE-ENHANCED RAMAN SPECTROSCOPY OF NANOSTRUCTURES; Source:CHEM SOC REV 37 (5): 1025-1041 2008; TimesCited:211; 2008

281. WOS:000259408300011; CATALYTICALLYACTIVE GOLD ON ORDERED TITANIA SUPPORTS; Source:CHEM SOC REV 37 (9): 1860-1870 SEP 2008;Times Cited:198; 2008

282. WOS:000260878700024; SYNTHESIS OFTRISOCTAHEDRAL GOLD NANOCRYSTALS WITH EXPOSED HIGH-INDEX FACETS BY A FACILECHEMICAL METHOD; Source:ANGEW CHEM INTED 47 (46): 8901-8904 2008; Times Cited:193; 2008

283. WOS:000258976500014; THE EFFECTS OFALF(3) COATING ON THE PERFORMANCE OF LI[LI(0.2)MN(0.54)NI(0.13)CO(0.13)]O(2)POSITIVE ELECTRODE MATERIAL FOR LITHIUM-ION BATTERY; Source:J ELECTROCHEM SOC 155 (10): A775-A782 2008;Times Cited:186; 2008

284. WOS:000253815100022; NEW SOLUTION ANDANALYTICAL TECHNIQUES OF THE IMPLICIT NUMERICAL METHOD FOR THE ANOMALOUSSUBDIFFUSION EQUATION; Source:SIAM JNUMER ANAL 46 (2): 1079-1095 2008; Times Cited:166; 2008

285. WOS:000251231100022; ON THE EXTENTANALYSIS METHOD FOR FUZZY AHP AND ITS APPLICATIONS; Source:EUR J OPER RES 186 (2): 735-747 APR 16 2008;Times Cited:141; 2008

286. WOS:000254254400029; FINITE DIFFERENCEMETHODS AND A FOURIER ANALYSIS FOR THE FRACTIONAL REACTION-SUBDIFFUSIONEQUATION; Source:APPL MATH COMPUT 198(2): 754-769 MAY 1 2008; Times Cited:76; 2008

287. WOS:000246181400042; SYNTHESIS OFTETRAHEXAHEDRAL PLATINUM NANOCRYSTALS WITH HIGH-INDEX FACETS AND HIGHELECTRO-OXIDATION ACTIVITY; Source:SCIENCE 316 (5825): 732-735 MAY 4 2007; Times Cited:1745; 2007

288. WOS:000245232800004; CONTROL OFMAGNETIC PROPERTIES THROUGH EXTERNAL STIMULI; Source:ANGEW CHEM INT ED 46 (13): 2152-2187 2007;Times Cited:601; 2007

289. WOS:000245230100004; BIOSYNTHESIS OFSILVER AND GOLD NANOPARTICLES BY NOVEL SUNDRIED CINNAMOMUM CAMPHORA LEAF;Source:NANOTECHNOL 18 (10): - MAR 142007; Times Cited:487; 2007

290. WOS:000246415100007; HIGH-SENSITIVITYHUMIDITY SENSOR BASED ON A SINGLE SNO2 NANOWIRE; Source:J AM CHEM SOC 129 (19): 6070-+ MAY 16 2007;Times Cited:372; 2007

291. WOS:000245369100036; A REVIEW OF PEMHYDROGEN FUEL CELL CONTAMINATION: IMPACTS, MECHANISMS, AND MITIGATION;Source:J POWER SOURCES 165 (2): 739-756MAR 20 2007; Times Cited:347; 2007

292. WOS:000255304500018; FINITEDIFFERENCE/SPECTRAL APPROXIMATIONS FOR THE TIME-FRACTIONAL DIFFUSION EQUATION;Source:J COMPUT PHYS 225 (2): 1533-1552AUG 10 2007; Times Cited:291; 2007

293. WOS:000249588400012; EXPANDINGGENERALITY OF SURFACE-ENHANCED RAMAN SPECTROSCOPY WITH BORROWING SERS ACTIVITYSTRATEGY; Source:CHEM COMMUN (34):3514-3534 SEP 14 2007; Times Cited:212;2007

294. WOS:000248890500002; AN ASSESSMENT OFTHE USE OF SEDIMENT TRAPS FOR ESTIMATING UPPER OCEAN PARTICLE FLUXES;Source:J MAR RES 65 (3): 345-416 MAY2007; Times Cited:204; 2007

295. WOS:000250851900001; SPATIAL ANDSEASONAL DISTRIBUTIONS OF CARBONACEOUS AEROSOLS OVER CHINA; Source:J GEOPHYS RES-ATMOS 112 (D22): - NOV 10 2007;Times Cited:177; 2007

296. WOS:000253494700002; STABILITY ANDCONVERGENCE OF THE DIFFERENCE METHODS FOR THE SPACE-TIME FRACTIONALADVECTION-DIFFUSION EQUATION; Source:APPL MATH COMPUT 191 (1): 12-20 AUG 1 2007; Times Cited:163; 2007

297. WOS:000252020500030; SYNTHESIS ANDCHARACTERIZATION OF LI2MNSIO4/C NANOCOMPOSITE CATHODE MATERIAL FOR LITHIUM IONBATTERIES; Source:J POWER SOURCES 174(2): 528-532 DEC 6 2007; Times Cited:148; 2007

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