中國地質(zhì)大學(xué)北京2017年研究生優(yōu)秀科研成果獎(jiǎng)勵(lì)匯總_第1頁
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1、1中國地質(zhì)大學(xué)(北京)中國地質(zhì)大學(xué)(北京)20172017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)專業(yè)科研成果積分積分等級(jí)等級(jí)1張曉光3003150004碩博14材料科學(xué)與工程1、Preparationacterizationofthepropertiesofpolyethyleneglycol@Si3N4nanowiresasphasechangematerials.ChemicalEngineerin

2、gJournal.2016301:229237.SCIIF=6.216Q1:8135.B2、PolyethyleneglycolCuSiO2fmstablecompositephasechangematerials:preparationacterizationthermalconductivityenhancementRSCAdvances20166:5874058748.SCIIF=3.108Q2:59166.D3、Preparat

3、ionperfmanceofnovelfmstablecompositephasechangematerialsbasedonpolyethyleneglycolWhiteCarbonBlackassistedbysuperultrasoundassistedThermochimicaActa2016638:3543.SCIIF=1.938Q2:1658.D4、Thermalconductivityenhancementofpolyet

4、hyleneglycolexpedperlitewithcarbonlayerfheatstageapplicationEnergyBuildings2016130:113121.SCIIF=4.067Q1:3125.A新增5、Enhancementofthermalconductivitybytheintroductionofcarbonnanotubesasafillerinparaffinexpedperlitefmstablep

5、hasechangematerials.EnergyBuildings2017149:463470.SCIIF=4.067Q1:3125.A6、Fmstablecompositephasechangematerialsfrompalmiticlauricacideutecticmixturecarbonizedabonedrice:preparationacterizationthermalconductivityenhancement

6、.EnergyBuildings:dx.doi.g10.1016j.enbuild.2017.08.057.SCIIF=4.067Q1:3125.A7、Shapestabilizedcompositephasechangematerialswithhighthermalconductivitybasedonstearicacidmodifiedexpedvermiculite.RenewableEnergy2017112113123.S

7、CIIF=4.357Q1:1892.C205新增115特等2劉海坤3003150007碩博33材料科學(xué)與工程1.SurfacetreatmentinvestigationluminescencepropertiesofSiO2coatedCa2BO3Cl:0.02Eu2phosphsviasolgelprocess.JournalofPhysicsChemistryofSolids201273104108.SCIIF=2.059Q2:7

8、7166.D2.SynthesisenergytransferstudiesofEu2Mn2codopedSr3.45Y6.5O2(PO4)1.5(SiO4)4.5phosph.OpticsCommunications20133096467.SCIIF=1.588Q3:5292.D3.AnovelsinglecompositiontrichromaticwhiteemittingSr3.5Y6.5O2(PO4)1.5(SiO4)4.5:

9、Ce3Tb3Mn2phosph:synthesisluminescentpropertiesapplicationsfwhiteLEDs.JournalofMaterialsChemistryC2014216191627.SCIIF=5.256Q2:49163148.D4.SynthesisbroadbabsptionluminescencepropertiesofblueemittingphosphSr8La2(PO4)6O2:Eu2

10、fnUVwhitelightemittingdiodes.CeramicsInternational201440:1370913713.SCIIF=2.986Q1:327.C5.SynthesisstructuregreenluminescenceevolutionofapatitetypeSr3.5Y6.5(PO4)1.5(SiO4)4.5O2:Eu2Tb3phosphs.JournalofLuminescence2014156:49

11、54.SCIIF=2.686Q1:1890.C6.StructureluminescencepropertyenergytransferbehaviofcoladjustableLa5Si2BO13:Ce3Mn2phosphs.RSCAdvance2014472887295.SCIIF=3.108Q2:59166.D7.FacilecombustionsynthesisphotoluminescencepropertiesofCe3do

12、pedSr2La8(SiO4)6O2phosphs.OpticalMaterials201552553555.SCIIF=2.238Q2:3692.D8.SynthesisphotoluminescencepropertiesenergytransferbehaviofcoltunablefluapatitephosphSr9Gd(PO4)5(SiO4)F2:Tb3Sm3.CeramicsInternational201642:1657

13、916583.SCIIF=2.986Q1:327.C9.AnovelsinglephasewhitelightemittingphosphCa9La(PO4)5(SiO4)F2:Dy3:synthesiscrystalstructureluminescenceproperties.RSC.Advances201662457724583.SCIIF=3.108Q2:59166.D10Tunableluminescencepropertie

14、senergytransferofBa3NaLa(PO4)3F:Tb3Sm3phosphswithapatitestructure.JournalofLuminescence2016169739743.SCIIF=2.686Q1:1890.C11.Ca9La(PO4)5(SiO4)Cl2:Dy3:AwhiteemittingapatitetypephosphpumpedfnUVwLEDs.JournalofLuminescence201

15、7181:407410SCIIF=2.686Q2:2592.D新增:新增:12.TetrahedralsubstitutiontoinducetunableluminescentpropertiesinapatitestructuralsolidsolutionphosphsCa9La(PO4)5[(SiGe)O4]F2:Ce3.DyesPigments.2017145:514517.SCIIF=3.473.Q1:124.A13.Str

16、ucturerefinementluminescencepropertiesofanovelapatitetypecompoundMn2Gd8(SiO4)6O2.DyesPigments.2017140:8791.SCIIF=3.473.Q1:124.A14.SynthesisphotoluminescencepropertiesofDy3dopedwhiteemittingphosphSr9La(PO4)3(SiO4)Cl2:Dy3.

17、NanoscienceNanotechnologyLetters.20179:252255.SCIIF=1.889.Q2:63148.D200新增105特等35何小芳3001150001碩博14礦物學(xué)、巖石學(xué)、礦床學(xué)1.Crustalrecyclingthroughintraplatemagmatism:EvidencefromtheTransNthChinaogen.JournalofAsianEarthSciences201495:

18、147163.SCIIF=2.741Q1:35175.C2.EarlytolateNeoproterozoicmagmatismmagmamixing–minglinginSriLanka:ImplicationsfconvergentmarginprocessesduringGondwanaassembly.GondwanaResearch201632:151180.SCI,IF=8.235Q1:21188.C3.Shonkinite

19、sfromSalemsouthernIndia:ImplicationsfCryogenianalkalinemagmatisminriftrelatedsetting.JournalofAsianEarthSciences2015113:812825.SCIIF=2.741Q1:35175.C4.Neoproterozoicarcaccretionalongthe‘easternsuture’inSriLankaduringGondw

20、anaassembly.PrecambrianResearch2016279:5780.SCI,IF=4.037Q1:5175.A5.PetrologyphaseequilibriamonazitegeochronologyofgranulitefaciesmetapelitesfromdeepdrillcesinthedosBlockoftheNthChinaCraton.Lithos2016262:4457.SCI,IF=3.723

21、Q1:679.B新增新增6.MesozoicfelsicvolcanicrocksfromtheNthChinacraton:Intraplatemagmatismassociatedwithcratondestruction.GeologicalSocietyofAmericaBulletin2017129:947–969.SCIIF=4.212Q1:15188.B7.Crust–mantleinteractioncratondest

22、ruction:evidencefromLateMesozoicplutonsintheNthChinaCraton.JournaloftheGeologicalSociety2017SCIIF=3.037Q1:39188.C170新增45特等6丁超3004150003碩博33測(cè)繪科學(xué)與技術(shù)1、MaficultramaficquartzrichrockindicesdeducedfromASTERthermalinfrareddatau

23、singalinearapproximationtothePlanckfunction.eGeologyReviews.201460161173.SCIIF=3.095Q1:120.A2、QuartzoseMaficspectralfeaturespacemodel:AmethodologyfextractingfelsicrockswithASTERthermalinfraredradiancedata.eGeologyReviews

24、.201566283292.SCIIF=3.095Q1:120.A新增3、OnsetofdryingdmancyinrelationtowaterdynamicsofsemiaridgrasslsfromMODISNDWI.AgriculturalFestMeteology20172342230.SCIIF=3.887Q1:164.A4、Tempalinterpolationofsatellitederivedleafareaindex

25、timeseriesbyintroducingspatialtempalconstraintsfheterogeneousgrassls.RemoteSensing20179968.SCIIF=3.244Q1:729.C165新增65特等7鄧勇3003160011碩博23材料科學(xué)與工程1、Thermalconductivityenhancementofpolyethyleneglycolexpedvermiculiteshapestab

26、ilizedcompositephasechangematerialswithsilvernanowirefthermalenergystage.ChemicalEngineeringJournal2016295:427–435.SCIIF=6.216Q1:6135.A2、PreparationacterizationofKNO3diatomiteshapestabilizedcompositephasechangematerialfh

27、ightemperaturethermalenergystage.JournalofMaterialsScience&Technology201733:198–203.SCIIF=2.764Q1:774.B新增3、Designpreparationofshapestabilizedcompositephasechangematerialwithhighthermalreliabilityviaencapsulatingpolyethyl

28、eneglycolintoflowerlikeTiO2nanostructurefthermalenergystageAppliedThermalEngineering2017114:328–336.SCIIF=3.444Q1:10133.B4、Polyethyleneglycolenwrappedsiliconcarbidenanowireswkexpedvermiculitecompositephasechangematerials

29、:Fmstabilizationthermalenergystagebehavithermalconductivityenhancement.SolarEnergyMaterialsSolarCells2018174:283–291.SCIIF=4.784Q1:1392.C125新增45特等8劉雷鵬3003150015碩博23材料科學(xué)與工程1、Effectsofredmudonrheologicalcrystallinemechanic

30、alpropertiesofredmudPBATcompositesPolymerComposites201637(7):20012007.SCIIF=2.324Q2:2986D.2、Preparationofultralowdielectricconstantsilicapolyienanofibermembranesbyelectrospinning.CompositesPartA:AppliedScienceManufacturi

31、ng201684:292298.SCIIF=4.075Q1:244.A3、PolyiecompositescomposedofcovalentlybondedBaTiO3@GOhybridswithhighdielectricconstantlowdielectricloss.RSCAdvances20166(90):8681786823.SCIIF=3.108Q2:59166.D新增4、Enhanceddielectricperfma

32、nceofpolyiecompositeswithmodifiedswichlikeSiO2@GOhybrids.CompositesPartA:AppliedScienceManufacturing201799:4147.SCIIF=4.075Q1:244.A5、Utilizationofindustrialultrafinecarbonashasfillerofhighkcompositeswithhighdensitypolyet

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