中国地质大学北京研究生优秀科研成果奖励汇总Word文档下载推荐.docx

中国地质大学北京研究生优秀科研成果奖励汇总Word文档下载推荐.docx

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Eu2+,Tb3+phosphorpumpedforn-UVw-LEDs.Optics&

LaserTechnology,2015,74,6-10.SCI,IF=1.65，Q2，40/87D.

3、Achievingtunablephotocatalyticactivityenhancementbyelaboratelyengineeringcomposition-adjustablepolynaryheterojunctionsphotocatalysts.AppliedCatalysisB:

Environmental,2016,194:

62–73.SCI,IF=8.33Q1:

1/50A

4、DualredoxcouplesAg/Ag+andI−/（IO3）−self-sacrificedtransformationforrealizingmultiplexhierarchicalarchitectureswithuniversallypowerfulphotocatalyticperformance.AppliedCatalysisB:

Environmental,2017,200:

620–632,SCI,IF=8.33Q1:

1/50A

5、FacileInSituSelf-SacrificeApproachtoTernaryHierarchicalArchitectureAg/AgX（X=Cl,Br,I）/AgIO3DistinctivelyPromotingVisible-LightPhotocatalysiswithComposition-DependentMechanism.ACSSustainableChem.Eng.2016,4:

3305−3315,SCI,IF=5.27Q1:

9/135B

6、Anovelblue-greenishemittingphosphorBa3LaK（PO4）3F:

Tb3+withhighthermalstability.MaterialsResearchBulletin,2016,76:

62–66,SCI,IF=2.44Q2:

74/271C

7、FabricationofHeterogeneous-PhaseSolid-SolutionPromotingBandStructureandChargeSeparationforEnhancingPhotocatalyticCO2Reduction:

ACaseofZnXCa1−XIn2S4.ACSAppl.Mater.Interfaces2017,9:

27773−27783.SCI,IF=7.50.Q1:

22/275.B

8、BiOBr0.75I0.25/BiOIO3asaNovelHeterojunctionalPhotocatalystwithSuperiorVisible-Light-DrivenPhotocatalyticActivityinRemovingDiverseIndustrialPollutants.ACSSustainableChem.Eng.2017,5:

3897−3905,SCI,IF=5.95.Q1:

9/135.B

9、Anewgreen-yellowishemittingfluoro-apatitecompoundphosphorBa3TbK（PO4）3F:

Sm3+withhighthermalstability.J.RareEarths,2017,35:

767,SCI,IF=2.43.Q2:

22/72.D

新增

10、Acore–satellitestructuredZ-schemecatalystCd0.5Zn0.5S/BiVO4forhighlyefficientandstablephotocatalyticwatersplitting,J.Mater.Chem.A,2018,10.1039/C8TA04258F,SCI,IF=9.93.Q1:

6/97.B

235

30

特等

2

柳成荫

3003150016

硕博1+4

张以河

1.InSituCo-CrystallizationforFabricationofgC3N4/Bi5O7IHeterojunctionforEnhancedVisible-LightPhotocatalysis.JournalofPhysicalChemistryC,2015,119/30,17156-17165.SCI,IF=4.698,Q1:

54/285C

2.EasilyandSynchronouslyAmelioratingChargeSeparationandBandEnergyLevelinPorousg-C3N4forBoostingPhotooxidationandPhotoreductionAbility.JournalofPhysicalChemistryC,2016,120,10381-10389.SCI,IF=4.698,Q1:

3.Chlorineintercalationingraphiticcarbonnitrideforefficientphotocatalysis.AppliedCatalysisB:

Environmental,2017,203,465–474.SCI,IF=11.689,Q1:

4.Bandstructureengineeringandefficientchargetransportinoxygensubstitutedg-C3N4forsuperiorphotocatalytichydrogenevolution.AppliedCatalysisB:

Environmental,2018,230,115-124.SCI,IF=11.689,Q1:

5.Intermediate-mediatedstrategytohorn-likehollowmesoporousultrathing-C3N4tubewithspatialanisotropicchargeseparationforsuperiorphotocatalyticH2evolution.NanoEnergy2017,41,738-748.SCI,IF=13.619,Q1:

7/146A

180

100

3

于世新

3003160020

1、SynchronouslyAchievingPlasmonicBiMetalDepositionandI– 

DopingbyUtilizingBiOIO3 

astheSelf-SacrificingTemplateforHigh-PerformanceMultifunctionalApplications.ACSAppliedMaterials&

Interfaces. 

2015, 

7 

（50）:

27925-27933.SCI,IF=8.097,Q1:

26/285.B

2、Non-noblemetalBidepositionbyutilizingBi2WO6astheself-sacrificingtemplateforenhancingvisiblelightphotocatalyticactivity.AppliedSurfaceScience.2017,391:

491-498.SCI,IF=4.439,Q1:

1/19.B

3、Localspatialchargeseparationandprotonactivationinducedbysurfacehydroxylationpromotingphotocatalytichydrogenevolutionofpolymericcarbonnitride.NanoEnergy.2018,50:

383-392.SCI,IF=13.12,Q1:

7/146.A

4、Readilyachievingconcentration-tunableoxygenvacanciesinBi2O2CO3:

Triple-functionalroleforefficientvisible-lightphotocatalyticredoxperformance.AppliedCatalysisB:

Environmental.2018,226:

441-450.SCI,IF=11.698,Q1:

1/50.A

160

4

庄官政

3003140020

张泽朋

1、Anewballmillingmethodtoproduceorgano-montmorillonitefromanionicandnonionicsurfactants.AppliedClayScience.2015,104,18-26.SCI,IF=3.641，Q1：

5/29.C

2、Comparativestudyontheuseofcationic-nonionic-organo-montmorilloniteinoil-baseddrillingfluids.AppliedClayScience.2015,116,257-262.SCI,IF=3.641，Q1：

5/29.C

3、Thestructureandrheologyoforgano-montmorilloniteinoil-basedsystemagedunderdifferenttemperatures.AppliedClayScience.2016,124,21-30.SCI,IF=3.641，Q1：

4、Influencesofsurfactantsonthestructuresandpropertiesoforgano-palygorskiteinoil-baseddrillingfluids.Microporous&

MesoporousMaterials,2017,244:

37-46.SCI，IF=3.649，Q1:

12/71.C

5、Rheologicalpropertiesoforgano-palygorskiteinoil-baseddrillingfluidsagedatdifferenttemperatures.AppliedClayScience,2017,137:

50-58.SCI，IF=3.641，Q1:

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6、Influenceofthenonionicsurfactants’natureonthestructuresandpropertiesoforgano-montmorillonites.Colloids&

SurfacesAPhysicochemical&

EngineeringAspects,2017,518:

116-123.SCI，IF=2.829，Q2:

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7、Influenceofthesurfactants'

natureonthestructureandrheologyoforgano-montmorilloniteinoil-baseddrillingfluids.AppliedClayScience,2017,135:

244-252.SCI，IF=3.641，Q1:

8、Comparativestudyonthestructuresandpropertiesoforgano-montmorilloniteandorgano-palygorskiteinoil-baseddrillingfluids.JournalofIndustrial&

EngineeringChemistry,2017,56C:

248-257.SCI，IF=4.841，Q1:

14/137.C

9、Anewone-stepmethodforphysicalpurificationandorganicmodificationofsepiolite.AppliedClayScience,2018,153,1-8.SCI，IF=3.641，Q1:

10、Structuresandrheologicalpropertiesoforgano-sepioliteinoil-baseddrillingfluids.AppliedClayScience,2018,154,43-51.SCI，IF=3.641，Q1:

11、Enhancingtherheologicalpropertiesandthermalstabilityofoil-baseddrillingfluidsbysynergeticuseoforgano-montmorilloniteandorgano-sepiolite.AppliedClayScience,2018,161,505-512.SCI，IF=3.641，Q1:

12、Influenceoftheinteractionbetweensurfactantsandsepioliteontherheologicalpropertiesandthermalstabilityoforgano-sepioliteinoil-baseddrillingfluids.MicroporousandMesoporousMaterials,2018,272,143-154.SCI，IF=3.649，Q1:

170

60-5

5

李珊珊

3001170001

硕博3+3

M.Santosh

矿物学、岩石学、矿床学

1、NeoarcheanconvergentmargintectonicsassociatedwithmicroblockamalgamationintheNorthChinaCraton:

EvidencefromtheYishuiComplex.GondwanaResearch.2016,38:

113-131.SCI,IF=6.959.Q1:

4/188.A

2、DetritalzircongeochronologyofquartzitesfromthesouthernMaduraiBlock,India:

ImplicationsforGondwanareconstruction.GeoscienceFrontiers.2016,8（4）:

851-867.SCI,IF=4.256Q1:

13/188B

3、Paleoproterozoicarc-continentcollisionintheNorthChinaCraton:

EvidencefromtheZanhuangComplex.PrecambrianResearch.2016,286:

281-305.SCI,IF=3.843.Q1:

21/188C

新增：

4、AnatomyofimpactitesandshockedzircongrainsfromDhalarevealsPaleoproterozoicmeteoriteimpactintheArcheanbasementrocksofCentralIndia.GondwanaResearch.2018,54:

81-101.SCI,IF=5.657.Q1:

6/189.A

5、NeoarcheanmicroblockamalgamationinsouthernIndia:

evidencefromtheNallamalaisuturezone.PrecambrianResearch.2018,314:

1-27.SCI,IF=3.907.Q1:

21/189.C

65

6

邓勇

3003160011硕博2+3

李金洪

1、Thermalconductivityenhancementofpolyethyleneglycol/expandedvermiculiteshape-stabilizedcompositephasechangematerialswithsilvernanowireforthermalenergystorage.ChemicalEngineeringJournal,2016,295:

427–435.SCI,IF=6.735,Q1:

7/137.B

2、PreparationandcharacterizationofKNO3/diatomiteshape-stabilizedcompositephasechangematerialforhightemperaturethermalenergystorage.JournalofMaterialsScience&

Technology,2017,33:

198–203.SCI,IF=3.609,Q1:

5/75.B

3、Designandpreparationofshape-stabilizedcompositephasechangematerialwithhighthermalreliabilityviaencapsulatingpolyethyleneglycolintoflowerlikeTiO2-nanostructureforthermalenergystorage.AppliedThermalEngineering,2017,114:

328–336.SCI,IF=3.771,Q1:

10/134.B

4、Polyethyleneglycol-enwrappedsiliconcarbidenanowiresnetwork/expandedvermiculitecompositephasechangematerials:

Form-stabilization,thermalenergystoragebehaviorandthermalconductivityenhancement.SolarEnergyMaterialsandSolarCells,2018,174:

283–291.SCI,IF=5.018,Q1:

22/146.C

1、SupercoolingsuppressionandthermalconductivityenhancementofNa2HPO4·

12H2O/expandedvermiculiteform-stablecompositephasechangematerialswithaluminaforheatstorage.ACSSustainableChemistry&

Engineering,2018,6:

6792−6801.SCI,IF=6.140,Q1:

10/137.B

2、PolyethyleneGlycol-CarbonNanotubes/ExpandedVermiculiteForm-StableCompositePhaseChangeMaterials:

SimultaneouslyEnhancedLatentHeatandHeatTransfer.Polymers,2018,10:

889.SCI,IF=2.935,Q1:

19/87.C

3、Expandedvermiculite:

apromisingnaturalencapsulationmaterialofLiNO3,NaNO3andKNO3phasechangematerialsformedium-temperaturethermalenergystorage.AdvancedEngineeringMaterials,2018,20:

1800135.SCI,IF=2.576,Q2:

103/285.D

155

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7

杨帆

3001160001

M.Santosh

1、TimingofformationoftheHongdonggouPb-Zn-Agpolymetallicpolymetallicoredeposit,HenanProvince,China:

EvidencefromRb-Srisotopicdatingofsphalerites.GeoscienceFrontiers.2017,8:

605-616.SCI,IF=4.256,Q1:

13/188.　　B

2、Multiplem