中国地质大学北京研究生优秀科研成果奖励汇总.docx

中国地质大学北京研究生优秀科研成果奖励汇总.docx

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中国地质大学北京研究生优秀科研成果奖励汇总

中国地质大学（北京）2017年研究生优秀科研成果奖励汇总

序号

姓名

学号

专业

科研成果

积分

等级

1

张晓光

3003150004

硕博1+4

材料科学与工程

1、Preparationandcharacterizationofthepropertiesofpolyethyleneglycol@Si3N4nanowiresasphase-changematerials.ChemicalEngineeringJournal.2016,301:

229-237.SCI,IF=6.216,Q1:

8/135.B

2、Polyethyleneglycol/Cu/SiO2formstablecompositephasechangematerials:

preparation,characterization,andthermalconductivityenhancement,RSCAdvances,2016,6:

58740-58748.SCI,IF=3.108,Q2:

59/166.D

3、Preparationandperformanceofnovelform-stablecompositephasechangematerialsbasedonpolyethyleneglycol/WhiteCarbonBlackassistedbysuper-ultrasound-assisted,ThermochimicaActa,2016,638:

35-43.SCI,IF=1.938,Q2:

16/58.D

4、Thermalconductivityenhancementofpolyethyleneglycol/expandedperlitewithcarbonlayerforheatstorageapplication,EnergyandBuildings,2016,130:

113-121.SCI,IF=4.067,Q1:

3/125.A

新增

5、Enhancementofthermalconductivitybytheintroductionofcarbonnanotubesasafillerinparaffin/expandedperliteform-stablephase-changematerials.EnergyandBuildings,2017,149:

463-470.SCI,IF=4.067,Q1:

3/125.A

6、Formstablecompositephasechangematerialsfrompalmitic-lauricacideutecticmixtureandcarbonizedabandonedrice:

preparation,characterization,andthermalconductivityenhancement.EnergyandBuildings,http:

//dx.doi.org/10.1016/j.enbuild.2017.08.057.SCI,IF=4.067,Q1:

3/125.A

7、Shape-stabilizedcompositephasechangematerialswithhighthermalconductivitybasedonstearicacidandmodifiedexpandedvermiculite.RenewableEnergy,2017,112,113-123.SCI,IF=4.357,Q1:

18/92.C

205

新增

115

特等

2

刘海坤

3003150007

硕博3+3

材料科学与工程

1.SurfacetreatmentinvestigationandluminescencepropertiesofSiO2-coatedCa2BO3Cl:

0.02Eu2+phosphorsviasol-gelprocess.JournalofPhysicsandChemistryofSolids,2012,73,104-108.SCI,IF=2.059Q2:

77/166.D

2.SynthesisandenergytransferstudiesofEu2+andMn2+co-dopedSr3.45Y6.5O2（PO4）1.5（SiO4）4.5phosphor.OpticsCommunications,2013,309,64-67.SCI,IF=1.588,Q3:

52/92.D

3.Anovelsingle-compositiontrichromaticwhite-emittingSr3.5Y6.5O2（PO4）1.5（SiO4）4.5:

Ce3+/Tb3+/Mn2+phosphor:

synthesis,luminescentpropertiesandapplicationsforwhiteLEDs.JournalofMaterialsChemistryC,2014,2,1619-1627.SCI,IF=5.256,Q2:

49/163/148.D

4.Synthesis,broad-bandabsorptionandluminescencepropertiesofblue-emittingphosphorSr8La2（PO4）6O2:

Eu2+forn-UVwhite-light-emittingdiodes.CeramicsInternational,2014,40:

13709-13713.SCI,IF=2.986,Q1:

3/27.C

5.Synthesis,structureandgreenluminescenceevolutionofapatite-typeSr3.5Y6.5（PO4）1.5（SiO4）4.5O2:

Eu2+,Tb3+phosphors.JournalofLuminescence,2014,156:

49-54.SCI,IF=2.686,Q1:

18/90.C

6.Structure,luminescencepropertyandenergytransferbehaviorofcolor-adjustableLa5Si2BO13:

Ce3+,Mn2+phosphors.RSCAdvance,2014,4,7288-7295.SCI,IF=3.108,Q2:

59/166.D

7.FacilecombustionsynthesisandphotoluminescencepropertiesofCe3+dopedSr2La8（SiO4）6O2phosphors.OpticalMaterials,2015,52,553-555.SCI,IF=2.238,Q2:

36/92.D

8.Synthesis,photoluminescencepropertiesandenergytransferbehaviorofcolor-tunablefluorapatitephosphorSr9Gd（PO4）5（SiO4）F2:

Tb3+/Sm3+.CeramicsInternational,2016,42:

16579-16583.SCI,IF=2.986,Q1:

3/27.C

9.Anovelsingle-phasewhitelightemittingphosphorCa9La（PO4）5（SiO4）F2:

Dy3+:

synthesis,crystalstructureandluminescenceproperties.RSC.Advances,2016,6,24577-24583.SCI,IF=3.108,Q2:

59/166.D

10TunableluminescencepropertiesandenergytransferofBa3NaLa（PO4）3F:

Tb3+,Sm3+phosphorswithapatitestructure.JournalofLuminescence,2016,169,739-743.SCI,IF=2.686,Q1:

18/90.C

11.Ca9La（PO4）5（SiO4）Cl2:

Dy3+:

Awhite-emittingapatite-typephosphorpumpedforn-UVw-LEDs.JournalofLuminescence,2017,181:

407-410,SCI,IF=2.686,Q2:

25/92.D

新增：

12.Tetrahedralsubstitutiontoinducetunableluminescentpropertiesinapatitestructuralsolid-solutionphosphorsCa9La（PO4）5[（Si,Ge）O4]F2:

Ce3+.DyesandPigments.2017,145:

514-517.SCI,IF=3.473.Q1:

1/24.A

13.StructurerefinementandluminescencepropertiesofanovelapatitetypecompoundMn2Gd8（SiO4）6O2.DyesandPigments.2017,140:

87-91.SCI,IF=3.473.Q1:

1/24.A

14.SynthesisandphotoluminescencepropertiesofDy3+dopedwhite-emittingphosphorSr9La（PO4）3（SiO4）Cl2:

Dy3+.NanoscienceandNanotechnologyLetters.2017,9:

252-255.SCI,IF=1.889.Q2:

63/148.D

200

新增

105

特等

3

曾超

3003160005

硕博

材料科学与工程

1、Anovelapatite-basedwarmwhiteemittingphosphorBa3GdK（PO4）3F:

Tb3+,Eu3+withefficientenergytransferforw-LEDs.RSCAdvances,2015,5,68099–68108.SCI,IF=3.84,Q2,49/163D

2、Color-tunablepropertiesandenergytransferinBa3GdNa（PO4）3F:

Eu2+,Tb3+phosphorpumpedforn-UVw-LEDs.Optics&LaserTechnology,2015,74,6-10.SCI,IF=1.65，Q2，40/87.D

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:

74/271D

新增

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

210

新增

65

特等

4

田娜

3003140017

硕博1+4

材料科学与工程

1、EnhancedphotocatalyticactivitiesonBi2O2CO3/ZnWO4nanocomposites.JournalofMaterialsResearch.2014,29,641–648.SCI,IF=1.673,Q3:

151/275D

2、Novelg-C3N4/BiIO4heterojunctionphotocatalysts:

synthesis,characterizationandenhancedvisiblelight-responsivephotocatalyticactivity.RSCAdvances.2014,4,42716–42722.SCI,IF=3.108,Q2:

59/166D

3、InfluencesofGdsubstitutiononthecrystalstructureandvisible-light-drivenphotocatalyticperformanceofBi2WO6.TheJournalofPhysicalChemistryC.2014,118,15640–15648.SCI,IF=4.536,Q1:

43/275C

4、Ag-C3N4/Bi2O2CO3compositewithhighvisible-light-drivenphotocatalyticactivityforrhodamineBdegradation.AppliedSurfaceScience.2014,322,249–254.SCI,IF=3.387,Q1:

2/18C

5、Mixed-calcinationsynthesisofCdWO4/g-C3N4heterojunctionwithenhancedvisible-light-drivenphotocatalyticactivity.AppliedSurfaceScience.2015,358,343-349.SCI,IF=3.387,Q1:

2/18C

6、Organic–inorganichybridphotocatalystg-C3N4/Ag2CO3withhighlyefficientvisible-light-activephotocatalyticactivity.ColloidsandSurfacesA:

PhysicochemicalandEngineeringAspects,2015,467,188-194.SCI,IF=2.714,Q2:

65/146D

7、Mediator-freedirectZ-schemephotocatalyticsystem:

BiVO4/g-C3N4organic-inorganichybridphotocatalystwithhighlyefficientvisible-light-inducedphotocatalyticactivity.DaltonTransactions.2015,44,4297-4307.SCI,IF=4.029,Q1:

7/46C

8、g-C3N4/Bi4O5I22D–2Dheterojunctionalnanosheetswithenhancedvisible-lightphotocatalyticactivity.RSCAdvances,2016,6,10895-10903.SCI,IF=3.108,Q2:

59/166D

9、In-situco-pyrolysisfabricationofCeO2/g-C3N4n-ntypeheterojunctionforsynchronouslypromotingthephoto-inducedoxidationandreductionproperties.JournalofMaterialsChemistryA,2015,3,17120–17129.SCI,IF=8.867,Q1:

4/92A

新增

10、Precursor-reformingprotocolto3Dmesoporousg-C3N4establishedbyultrathinself-dopednanosheetsforsuperiorhydrogenevolution.NanoEnergy2017,38:

72–81.SCI,IF=12.343,Q1:

12/275A

180

新增

50

特等

5

何小芳

3001150001硕博1+4

矿物学、岩石学、矿床学

1.Crustalrecyclingthroughintraplatemagmatism:

EvidencefromtheTrans-NorthChinaOrogen.JournalofAsianEarthSciences,2014,95:

147-163.SCI,IF=2.741,Q1:

35/175.C

2.EarlytolateNeoproterozoicmagmatismandmagmamixing–minglinginSriLanka:

ImplicationsforconvergentmarginprocessesduringGondwanaassembly.GondwanaResearch,2016,32:

151-180.SCI，IF=8.235,Q1:

21/188.C

3.ShonkinitesfromSalem,southernIndia:

ImplicationsforCryogenianalkalinemagmatisminrift-relatedsetting.JournalofAsianEarthSciences,2015,113:

812-825.SCI,IF=2.741,Q1:

35/175.C

4.Neoproterozoicarcaccretionalongthe‘easternsuture’inSriLankaduringGondwanaassembly.PrecambrianResearch,2016,279:

57-80.SCI，IF=4.037,Q1:

5/175.A

5.Petrology,phaseequilibriaandmonazitegeochronologyofgranulite-faciesmetapelitesfromdeepdrillcoresintheOrdosBlockoftheNorthChinaCraton.Lithos,2016,262:

44-57.SCI，IF=3.723,Q1:

6/79.B

新增

6.MesozoicfelsicvolcanicrocksfromtheNorthChinacraton:

Intraplatemagmatismassociatedwithcratondestruction.GeologicalSocietyofAmericaBulletin,2017,129:

947–969.SCI,IF=4.212,Q1:

15/188.B

7.Crust–mantleinteractionandcratondestruction:

evidencefromLateMesozoicplutonsintheNorthChinaC