中國(guó)地質(zhì)大學(xué)北京2018年研究生優(yōu)秀科研成果獎(jiǎng)勵(lì)匯總

1、1中國(guó)地質(zhì)大學(xué)（北京）中國(guó)地質(zhì)大學(xué)（北京）20182018年研究生優(yōu)秀科研成果獎(jiǎng)勵(lì)匯總年研究生優(yōu)秀科研成果獎(jiǎng)勵(lì)匯總序號(hào)序號(hào)姓名學(xué)號(hào)導(dǎo)師導(dǎo)師專業(yè)科研成果積分積分等級(jí)等級(jí)1曾超3003160005碩博23胡應(yīng)模材料科學(xué)與工程1、AnovelapatitebasedwarmwhiteemittingphosphBa3GdK(PO4)3F:Tb3Eu3withefficientenergytransferfwLEDs.RSCAdvances20

2、15568099–68108.SCIIF=3.84Q249163D2、ColtunablepropertiesenergytransferinBa3GdNa(PO4)3F:Eu2Tb3phosphpumpedfnUVwLEDs.Optics&LaserTechnology201574610.SCIIF=1.65，Q2，4087D.3、Achievingtunablephotocatalyticactivityenhancementbye

3、labatelyengineeringcompositionadjustablepolynaryheterojunctionsphotocatalysts.AppliedCatalysisB:Environmental2016194:62–73.SCIIF=8.33Q1:150A4、DualredoxcouplesAgAgI?(IO3)?selfsacrificedtransfmationfrealizingmultiplexhiera

4、rchicalarchitectureswithuniversallypowerfulphotocatalyticperfmance.AppliedCatalysisB:Environmental2017200:620–632SCIIF=8.33Q1:150A5、FacileInSituSelfSacrificeApproachtoTernaryHierarchicalArchitectureAgAgX(X=ClBrI)AgIO3Dis

5、tinctivelyPromotingVisibleLightPhotocatalysiswithCompositionDependentMechanism.ACSSustainableChem.Eng.20164:3305?3315SCIIF=5.27Q1:9135B6、AnovelbluegreenishemittingphosphBa3LaK(PO4)3F:Tb3withhighthermalstability.Materials

6、ResearchBulletin201676:62–66SCIIF=2.44Q2:74271C7、FabricationofHeterogeneousPhaseSolidSolutionPromotingBStructuregeSeparationfEnhancingPhotocatalyticCO2Reduction:ACaseofZnXCa1?XIn2S4.ACSAppl.Mater.Interfaces20179:27773?27

7、783.SCIIF=7.50.Q1:22275.B8、BiOBr0.75I0.25BiOIO3asaNovelHeterojunctionalPhotocatalystwithSuperiVisibleLightDrivenPhotocatalyticActivityinRemovingDiverseIndustrialPollutants.ACSSustainableChem.Eng.20175:3897?3905SCIIF=5.95

8、.Q1:9135.B9、AnewgreenyellowishemittingfluoapatitecompoundphosphBa3TbK(PO4)3F:Sm3withhighthermalstability.J.RareEarths201735:767SCIIF=2.43.Q2:2272.D新增10、Ace–satellitestructuredZschemecatalystCd0.5Zn0.5SBiVO4fhighlyefficie

9、ntstablephotocatalyticwatersplittingJ.Mater.Chem.A201810.1039C8TA04258FSCIIF=9.93.Q1:697.B235新增30特等2柳成蔭3003150016碩博14張以河材料科學(xué)與工程1.InSituCoCrystallizationfFabricationofgC3N4Bi5O7IHeterojunctionfEnhancedVisibleLightPhotocat

10、alysis.JournalofPhysicalChemistryC2015119301715617165.SCIIF=4.698Q1:54285C2.EasilySynchronouslyAmeliatinggeSeparationBEnergyLevelinPousgC3N4fBoostingPhotooxidationPhoteductionAbility.JournalofPhysicalChemistryC2016120103

11、8110389.SCIIF=4.698Q1:54285C3.Chlineintercalationingraphiticcarbonnitridefefficientphotocatalysis.AppliedCatalysisB:Environmental2017203465–474.SCIIF=11.689Q1:150A新增4.Bstructureengineeringefficientgetransptinoxygensubsti

12、tutedgC3N4fsuperiphotocatalytichydrogenevolution.AppliedCatalysisB:Environmental2018230115124.SCIIF=11.689Q1:150A5.IntermediatemediatedstrategytohnlikehollowmesopousultrathingC3N4tubewithspatialanisotropicgeseparationfsu

13、periphotocatalyticH2evolution.NanoEnergy201741738748.SCIIF=13.619Q1:7146A180新增100特等3于世新3003160020碩博14張以河材料科學(xué)與工程1、SynchronouslyAchievingPlasmonicBiMetalDepositionI–DopingbyUtilizingBiOIO3astheSelfSacrificingTemplatefHighP

14、erfmanceMultifunctionalApplications.ACSAppliedMaterials&Interfaces.20157(50):2792527933.SCIIF=8.097Q1:26285.B2、NonnoblemetalBidepositionbyutilizingBi2WO6astheselfsacrificingtemplatefenhancingvisiblelightphotocatalyticact

15、ivity.AppliedSurfaceScience.2017391:491498.SCIIF=4.439Q1:119.B新增3、Localspatialgeseparationprotonactivationinducedbysurfacehydroxylationpromotingphotocatalytichydrogenevolutionofpolymericcarbonnitride.NanoEnergy.201850:38

16、3392.SCIIF=13.12Q1:7146.A4、ReadilyachievingconcentrationtunableoxygenvacanciesinBi2O2CO3:Triplefunctionalrolefefficientvisiblelightphotocatalyticredoxperfmance.AppliedCatalysisB:Environmental.2018226:441450.SCIIF=11.698Q

17、1:150.A160新增100特等37楊帆3001160001M.Santosh礦物學(xué)、巖石學(xué)、礦床學(xué)1、TimingoffmationoftheHongdonggouPbZnAgpolymetallicpolymetallicedepositHenanProvinceChina:EvidencefromRbSrisotopicdatingofsphalerites.GeoscienceFrontiers.20178:605616.SC

18、IIF=4.256Q1:13188.B2、Multiplemagmatisminanevolvingsuprasubductionzonemantlewedge:ThecaseofthecompositemaficultramaficcomplexofGaositaiNthChinaCraton.Lithos.2017284:525544.SCIIF=3.677Q1:329.C3、Delineationofpotentialexplat

19、iontargetsbasedon3Dgeologicalmodeling:AcasestudyfromtheLaoangouPbZnAgpolymetallicedepositChina.eGeologyReviews.201789:228252.SCIIF=3.095Q1:120.A4、Extensivecrustalmeltingduringcratondestruction:EvidencefromtheMesozoicmagm

20、aticsuiteofJunaneasternNthChinaCraton.JournalofAsianEarthSciences.2018157:19140doi:10.1016j.jseaes.2017.07.010.SCIIF=2.866Q2:50189.D新增：5、MesozoicmagmatismintheeasternNthChinaCraton:Insightsontectoniccyclesassociatedwithp

21、rogressivecratondestruction.GondwanaResearch.201860:153178doi:10.1016j.gr.2018.04.003.SCIIF=5.657Q1:6189.A6、EarlyCretaceousadakiticgranitoidsfromtheZhijiazhuangskarnirondepositNthTaihangMountainChina:Implicationsfpetroge

22、nesismetallogenesisassociatedwithcratondestruction.GeologicalJournal.2018Online待刊doi:10.1002gj.3320.SCIIF=1.654Q3:110189.D155新增55特等8王澤洲3001160057李曙光地球化學(xué)1、Magnesiumisotopicheterogeneityacrossthecratoniclithosphereineaster

23、nChinaitsigins.EarthPlaaryScienceLetters.20164517788.SCIIF=4.581Q1:885.B2、ZincisotopefractionationduringmantlemeltingconstraintsontheZnisotopecompositionofEarth’suppermantle.GeochimicaetCosmochimicaActa.2017198151167.SCI

24、IF=4.69Q1:585.B新增：3、Compositionaltransitioninnaturalalkalinelavasthroughsilicaundersaturatedmelt–lithosphereinteraction.Geology.201846(9)771774.SCIIF=5.073Q1:147（online時(shí)間：2018年8月1日）A110新增50特等9劉敬壽3006160002丁文龍礦產(chǎn)普查與勘探1.Sim

25、ulationofpaleotectonicstressfieldsquantitativepredictionofmultiperiodfracturesinshalereservoirs:AcasestudyoftheNiutitangFmationintheLowerCambrianintheCengongblockSouthChina.MarinePetroleumGeology201784:289310.SCIIF=2.888

26、Q1:43188.C2.3Dgeomechanicalmodelingnumericalsimulationofinsitustressfieldsinshalereservoirs:AcasestudyofthelowerCambrianNiutitangfmationintheCengongblockSouthChina.Tectonophysics2017712:663683.SCIIF=2.693Q2:2584.D新增3.Met

27、hodologyfquantitativepredictionoffracturesealingwithacasestudyofthelowerCambrianNiutitangFmationintheCengongblockinSouthChina.JournalofPetroleumScienceEngineering160565581.SCI，IF：2.382，Q1:219.C4.Quantitativepredictionoff

28、racturesusingthefiniteelementmethod:AcasestudyofthelowerSilurianLongmaxiFmationinnthernGuizhouSouthChina.JournalofAsianEarthSciences154397418.SCI，IF：2.866，Q2：50189.D5.Crelationanalysisofelementcontentsmechanicalacteristi

29、csofshalereservoirs:acasestudyintheCengongblocksouthChina.Marine&PetroleumGeology911928.SCI，IF：3.281，Q1：37189.C6.Unreliabledeterminationoffractalacteristicsusingthecapacitydimensionanewmethodfcomputingtheinfmationdimensi

30、on.ChaosSolitons&Fractals1131624.SCI，IF：2.213，Q1：1055C7.Multiparameterquantitativepredictionoffaultrelatedfractures:AcasestudyfromthesecondmemberoftheFuningFmationoftheJinhuSagSubeiBasin.PetroleumScience116.SCI，IF：1.624，

31、Q1：419.doi.g10.1007s1218201802403.Availableonline2018.07.11.C8.Quartztypesinshaletheireffectongeomechanicalproperties:AnexamplefromthelowerCambrianNiutitangFmationintheCengongblockSouthChina.AppliedClayScience.SCI，IF：3.6