中國地質(zhì)大學(xué)（北京）1年9研究生優(yōu)秀科研成果獎勵匯總序號姓名學(xué)號導(dǎo)師專業(yè)科研成果積分等級1劉敬壽3006160002丁文龍礦產(chǎn)普查與勘探Simulationofpaleotectonicstressfieldsandquantitativepredictionofmulti-periodfracturesinshalereservoirs:AcasestudyoftheNiutitangFormationintheLowerCambrianintheCen'gongblock,SouthChina.MarineandPetroleumGeology,2017,84:289-310.SCI,IF=2.888,Q1:43/188.C3Dgeomechanicalmodelingandnumericalsimulationofin-situstressfieldsinshalereservoirs:AcasestudyofthelowerCambrianNiutitangformationintheCen'gongblock,SouthChina.Tectonophysics,2017,712:663-683.SCI,IF=2.693,Q2:25/84.DMethodologyforquantitativepredictionoffracturesealingwithacasestudyofthelowerCambrianNiutitangFormationintheCen'gongblockinSouthChina.JournalofPetroleumScienceandEngineering,160,565-581.SCI，IF：2.382，Q1:2/19.CQuantitativepredictionoffracturesusingthefiniteelementmethod:AcasestudyofthelowerSilurianLongmaxiFormationinnorthernGuizhou,SouthChina.JournalofAsianEarthSciences,154,397-418.SCI，IF：2.866，Q2：50/189.DCorrelationanalysisofelementcontentsandmechanicalcharacteristicsofshalereservoirs:acasestudyintheCen'gongblock,southChina.Marine&PetroleumGeology,91,19-28.SCI，IF：3.281，Q1：37/189.CUnreliabledeterminationoffractalcharacteristicsusingthecapacitydimensionandanewmethodforcomputingtheinformationdimension.Chaos,Solitons&Fractals,113,16-24.SCI，IF：2.213，Q1：10/55CMulti-parameterquantitativepredictionoffault-relatedfractures:AcasestudyfromthesecondmemberoftheFuningFormationoftheJinhuSag,SubeiBasin.PetroleumScience,1-16.SCI，IF：1.624，Q1：4/19./10.1007/s12182-018-0240-3.Availableonline2018.07.11.CQuartztypesinshaleandtheireffectongeomechanicalproperties:AnexamplefromthelowerCambrianNiutitangFormationintheCen'gongblock,SouthChina.AppliedClayScience.SCI，IF：3.641，Q1：68/285./10.1016/j.clay.2018.07.019.Availableonline2018.07.18.C新增一種斷層、裂縫發(fā)育密度、均勻性以及組合樣式評價方法.國家發(fā)明專利」：201610835609X.1/5C一種基于斷裂自相似理論的低級序斷層發(fā)育規(guī)律預(yù)測方法.國家發(fā)明專用」：2016108497011.1/5C一種斜井中非定向取心地質(zhì)體的產(chǎn)狀校正裝置的使用方法.國家發(fā)明專利」：2017100920638.1/6C一種隆升區(qū)低級序斷層發(fā)育規(guī)律定量預(yù)測方法.國家發(fā)明專用」：2016108779094.1/6C160新增60特等2陳芳3003180013(碩博2+4)黃洪偉材料科學(xué)與工程AchievingEnhancedUVandVisibleLightPhotocatalyticActivityforTernaryAg/AgBr/BiOIO3:DecompositionforDiverseIndustrialContaminantswithDistinctMechanismsandCompleteMineralizationAbility.ACSSustainableChemistry&Engineering.2017,5(9):7777-7791.SCI,IF=6.14,Q1:10/137BAchievingUVandvisible-lightphotocatalyticactivityenhancementofAgI/BiOIO3heterostructure:Decompositionfordiverseindustrialcontaminantsandhighmineralizationability.ChineseChemicalLetters.2017,28(12):2244-2250.SCI,IF=2.631,Q2:75/171D新增Thickness-DependentFacetJunctionControlofLayeredBiOIO3SingleCrystalsforHighlyEffcientCO2Photoreduction.AdvancedFunctionalMaterials.2018,1804284.SCI,IF=13.325,Q1:6/146ATheroleofpolarizationinphotocatalysis.AngewandteChemie-InternationalEdition.2019,DOI:10.1002/anie.201901361.SCI,IF=12.102,Q1:14/171(Online:2019年2月22日)B115新增80特等3涂姝臣3003160010張以河材料科學(xué)與工程1、Preparationofamine-modifiedsilicafoamsandtheiradsorptionbehaviorstowardTNTredwater,Colloids&SurfacesAPhysicochemical&EngineeringAspects,2015,481:493-499.SCI,IF=2.82,Q2:70/147D2、Controllablesynthesisofmulti-responsiveferroelectriclayeredperovskite-likeBi4Ti3O12:Photocatalysisandpiezoelectric-catalysisandmechanisminsight,AppliedCatalysisB:Environmental,2017,219:550-562.SCI,IF=11.69,Q1A:1/50.A新增3、FerroelectricpolarizationpromotedbulkchargeseparationforhighlyefficientCO2photoreductionofSrBi4Ti4O15,NanoEnergy,2019,56:840-850.SCI,IF=13.12,Q1A:7/146A105新增50特等

4王勇3001160110碩博連讀1+4唐菊興礦產(chǎn)普查與勘探1、PetrogenesisofJurassicgranitoidsinthewestcentralLhasasubterrane,Tibet,China:theGejiexample.InternationalGeologyReview.2018,60(9):1155-1171.SCI,IF=2.875,Q1:7/47;C新增2、MagmatismandmetallogenicmechanismoftheGa'erqiongandGalaleCu-AudepositsinthewestcentralLhasasubterrane,Tibet:Constraintsfromgeochronology,geochemistry,andSr-Nd-Pb-Hfisotopes.OreGeologyReview2019,105:616-635.SCI,IF=3.993;Q1:1/20;A西藏革吉縣尕爾窮銅金礦床詳查及找礦突破，自然資源部，國土資源科學(xué)技術(shù)二等獎，10B95新增80特等5鄭司建3006170038姚艷斌礦產(chǎn)普查與勘探1，Characterizationsoffull-scaleporesizedistribution,porosityandpermeabilityofcoals:Anovelmethodologybynuclearmagneticresonanceandfractalanalysistheory.InternationalJournalofCoalGeology.2018,196,148-158.SCI.IF=4.13，Q1：17/189.B新增2，NuclearmagneticresonanceT2cutoffsofcoals:Anovelmethodbymultifractalanalysistheory.Fuel.2019.241,715-724.SCI.IF=4.91，Q1：13/137.B3，Nuclearmagneticresonancesurfacerelaxivityofcoals.InternationalJournalofCoalGeology.(Online.2019年2月26日.https:〃/10.1016/j.coal.2019.02.010).SCI.IF=4.13，Q1：17/190.B90新增60特等6李寶迎3003160017碩博2+3于翔材料科學(xué)與工程1、Diatomite-immobilizedBiOIhybridphotocatalyst:Faciledepositionsynthesisandenhancedphotocatalyticactivity[J].AppliedSurfaceScience,2015,353:1179-1185,SCI,IF=4.439,Q1:1/19B2、SynthesisofBi2S3-Audumbbelledheteronanostructureswithenhancedphotocatalyticandphotoresponseproperties[J].Langmuir,2016,32(44).SCI,IF=3.789,Q1:61/285C3、ControllablesynthesisofCo3O4nanocrystalsasefficientcatalystsforoxygenreductionreaction.Nanotechnology,29(2018)105401SCI,IF=3.404,Q1:30/146C新增4、GraphenequantumdotsdecoratedZnO-ZnFe2O4nanocagesandtheirvisiblelightphotocatalyticactivity.AppliedSurfaceScience,2019,478:991-997,IF=4.439,Q1:1/19B90新增30特等7江美輝3007160013安海忠管理科學(xué)與工程1、1.MultiscaleFluctuationFeaturesoftheDynamicCorrelationbetweenBivariateTimeSeries,MathematicalProblemsinEngineering,2016,4742060,SCI,IF=0.802,Q3:59/85DTheinfluenceofglobalbenchmarkoilpricesontheregionaloilspotmarketinmulti-periodevolution,Energy,2017,118,742-752,SCI,IF=4.520,Q1:3/58BReconstructingcomplexnetworkforcharacterizingthetime-varyingcausalityevolutionbehaviorofmultivariatetimeseries,ScientificReports,2017,7,10486,SCI,IF=4.259,Q1:10/64CGlobalembodiedmineralflowbetweenindustrialsectors:Anetworkperspective,ResourcesPolicy,2018,58,192-201,SSCI,IF=2.695,Q2:33/108D新增Thestructuralrolesofsectorsandtheircontributionstoglobalcarbonemissions:Acomplexnetworkperspective,JournalofCleanerProduction，2019,208,426-435,SCI,IF=5.651,Q1:21/242B85新增30特等8李海峰3001160002陳毓川礦物學(xué)、巖石學(xué)、礦床學(xué)1、Fluidinclusions,isotopiccharacteristicsandgeochronologyoftheSinongduoepithermalAg-Pb-Zndeposit,Tibet,China.OreGeologyReviews，.SCI,IF=3.993,Q1:1/20.(online時間：2019年2月27日)A2、TheFirstDiscoveryofRhyoliteInterlayerintheMugagangriGroupintheBangonghu-NujiangSutureZone,TibetandtheU-PbDating.ActaGeologicaSinica(EnglishEdition),2018,92(1):416-417.SCI,IF=2.506(5年平均2.207)，Q2：64/190D3、西藏革吉縣尕爾窮銅金礦床詳查及找礦突破，國土資源科學(xué)技術(shù)獎勵評審委員會，二等獎，第9B85特等9王寶辰3003160014碩博2+3劉艷改材料科學(xué)與工程1、EnhancementofPhotoluminescenceinBaSi2O2N2:Eu2+byPartialGe4+SubstitutionforSi4+[J].Journalofnanoscienceandnanotechnology,2016,16(4):3608-3612.SCI,IF=1.354,Q3:95/166.D2、PhotoluminescencepropertiesandapplicationofyellowCa0.65Si10Al2O0.7N15.3:xEu2+phosphorsforwhiteLEDs[J].SolidStateSciences,2017,64:84-90.SCI,IF=1.861,Q2:23/46.D3、DiscoveryofnovelsolidsolutionCa3Si3-xO3+xN4-2x:Eu2+phosphors:structuralevolutionandphotoluminescencetuning[J].Scientificreports,2017,7(1):18103.SCI,IF=4.122,Q1:12/64.C4、EnergytransferandthermalstabilityofCe3+,Tb3+co-dopedCa3Si2O4N2phosphorsforwhitelight-emittingdiodes[J].ChemicalPhysicsLetters,2017,690:31-37.SCI,IF=1.686,Q3:101/147.C5、PhotoluminescencepropertiesofaCe3+dopedSr3MgSi2O8phosphorwithgoodthermalstability[J].RSCAdvances,2018,8(28):15587-15594..SCI,IF=2.936,Q2:71/171.C新增6、CrystalstructuretailoringandluminescencetuningofSr1-xBaxAl2Si2O8:Eu2+phosphorsforwhite-light-emittingdiodes[J].JournalofAlloysandCompounds,2019,776:554-559.SCI,IF=3.779,Q1:4/75.B85新增30特等

10徐同舟3003140021碩博1+4延期鄭紅材料科學(xué)與工程1、HydrothermalpreparationofnanoporousTiO2filmswithexposed{001}facetsandsuperiorphotocatalyticactivity.JournalofMaterialsChemistryA.2015，3(37):19115-19122.SCI，IF=9.931，Q1：6/97.B2、PhotocatalyticdegradationofalowconcentrationpharmaceuticalpollutantbynanoporousTiO2filmwithexposed{001}facets.RSCAdvances.2016，6(98):95818-95824.SCI，IF=2.936，Q2：71/171.D新增3、PerformanceofaninnovativeVUV-PCOpurifierwithnanoporousTiO2filmforsimultaneouseliminationofVOCsandby-productozoneinindoorair.BuildingandEnvironment.2018，142:379-387.SCI，IF=4.539，Q1：2/128.A85新增50-5特等11付萌3003150018碩博貫通1+4張澤朋材料科學(xué)與工程Investigationontheco-modificationprocessofmontmorillonitebyanionicandcationicsurfactants.AppliedClayScience.2016,132-133:694-701.SCI,IF=3.6,Q1:5/29.COne-dimensionalMagneticNanocompositeswithAttapulgitesasTemplates:Growth,FormationMechanismandMagneticAlignment.AppliedSurfaceScience.2018,441:239-250.SCI,IF=4.4,Q1:1/19.BHighlytunableliquidcrystallineassembliesofsuperparamagneticrod-likeattapulgite@Fe3O4nanocomposite.MaterialsLetters.2018,226:43-46.SCI,IF=2.6,Q2:44/146.D新增Assembly,alignmentandtunableopticalpropertiesofmontmorillonitewithsuperparamagneticcoating.AppliedSurfaceScience,2019,469,521-527.SCI,IF=4.4,Q1:1/19.B80新增30特等12莊官政30031400201+4延期張澤朋材料科學(xué)與工程1、Anewballmillingmethodtoproduceorgano-montmorillonitefromanionicandnonionicsurfactants.AppliedClayScience.2015,104,18-26.SCI,IF=3.641，Q1：5/29.C2、Comparativestudyontheuseofcationic-nonionic-organo-montmorilloniteinoil-baseddrillingfluids.AppliedClayScience.2015,116,257-262.SCI,IF=3.641，Q1：5/29.C3、Thestructureandrheologyoforgano-montmorilloniteinoil-basedsystemagedunderdifferenttemperatures.AppliedClayScience.2016,124,21-30.SCI,IF=3.641，Q1：5/29.C4、Influencesofsurfactantsonthestructuresandpropertiesoforgano-palygorskiteinoil-baseddrillingfluids.Microporous&MesoporousMaterials,2017,244:37-46.SCI，IF=3.649,Q1:12/71.C5、Rheologicalpropertiesoforgano-palygorskiteinoil-baseddrillingfluidsagedatdifferenttemperatures.AppliedClayScience,2017,137:50-58.SCI，IF=3.641，Q1:5/29.C6、Influenceofthenonionicsurfactants'natureonthestructuresandpropertiesoforgano-montmorillonites.Colloids&SurfacesAPhysicochemical&EngineeringAspects,2017,518:116-123.SCI，IF=2.829，Q2:70/146.D7、Influenceofthesurfactants'natureonthestructureandrheologyoforgano-montmorilloniteinoil-baseddrillingfluids.AppliedClayScience,2017,135:244-252.SCI，IF=3.641，Q1:5/29.C8、Comparativestudyonthestructuresandpropertiesoforgano-montmorilloniteandorgano-palygorskiteinoil-baseddrillingfluids.JournalofIndustrial&EngineeringChemistry,2017,56C:248-257.SCI，IF=4.841，Q1:14/137.C9、Anewone-stepmethodforphysicalpurificationandorganicmodificationofsepiolite.AppliedClayScience,2018,153,1-8.SCI，IF=3.641，Q1:5/29.C10、Structuresandrheologicalpropertiesoforgano-sepioliteinoil-baseddrillingfluids.AppliedClayScience,2018,154,43-51.SCI，IF=3.641，Q1:5/29.C11、Enhancingtherheologicalpropertiesandthermalstabilityofoil-baseddrillingfluidsbysynergeticuseoforgano-montmorilloniteandorgano-sepiolite.AppliedClayScience,2018,161,505-512.SCI，IF=3.641，Q1:5/29.C12、Influenceoftheinteractionbetweensurfactantsandsepioliteontherheologicalpropertiesandthermalstabilityoforgano-sepioliteinoil-baseddrillingfluids.MicroporousandMesoporousMaterials,2018,272,143-154.SCI，IF=3.649，Q1:12/71.C新增、13、Organicmodifiersoforgano-montmorilloniteinoilsystemunderhightemperatures:desorptionordegradation?Industrial&EngineeringChemistryResearch,2019,58(8):2644-2653.SCI，IF=3.141，Q1:33/137C14、Synergisticallyusinglayeredandfibrousorganoclaystoenhancetherheologicalpropertiesofoil-baseddrillingfluids.AppliedClayScience,2019,172C,40-48.SCI，IF=3.641，Q1:5/29.C200新增30-5一堂等

13陳世達3006160035湯達禎礦產(chǎn)普查與勘探1、In-situstressmeasurementsandstressdistributioncharacteristicsofcoalreservoirsinmajorcoalfieldsinChina:implicationforcoalbedmethane(CBM)development,InternationalJournalofCoalGeology,2017,182:66-84.SCI,IF=4.13，Q1:17/190.B2、PorestructurecharacterizationofdifferentrankcoalsusingN2andCO2adsorptionanditseffectonCH4adsorptioncapacity:acaseinPanguansyncline,westernGuizhou,China,Energy&Fuels,2017,31:6034-6044.SCI,IF=3.024，Q2:36/137.D3、Characteristicsofin-situstressdistributionanditssignificanceonthecoalbedmethane(CBM)developmentinFanzhuang-ZhengzhuangBlock,SouthernQinshuiBasin,China,JournalofPetroleumScienceandEngineering,2018,161:108-120.SCI,IF=2.382，Q1:2/19.C4、In-situstress,stress-dependentpermeability,porepressureandgas-bearingsysteminmultiplecoalseamsinthePanguanarea,westernGuizhou,China,JournalofNaturalGasScienceandEngineering,2018,49:110-122.SCI,IF=2.803，Q2:40/137.D新增CoalReservoirHeterogeneityinMulti-coalSeamsofthePanguanSyncline,WesternGuizhou,China:ImplicationfortheDevelopmentofSuperposedCBM-BearingSystems,Energy&Fuel.2018,32:8241-8253.SCI,IF=3.024，Q2:36/137.DFractalanalysisofthedynamicvariationinpore-fracturesystemsundertheactionofstressusingalow-fieldNMRrelaxationmethod:AnexperimentalstudyofcoalsfromwesternGuizhouinChina.JournalofPetroleumScienceandEngineering,2019,173:617-629.SCI,IF=2.382，Q1:2/19.C75新增20一堂等14郗兆棟3006160039唐書恒礦產(chǎn)普查與勘探1、Nano-Scaleporestructureofmarine-continentaltransitionalshalefromLiulinarea,theeasternmarginofOrdosbasin,China.J.Nanosci.Nanotechnol.2017,17(9),1-15.SCI,IF=1.354,Q3:114/171D2、Porestructurecharacteristicsofmarine-continentaltransitionalshale:acasestudyintheQinshuiBasin,China.Energy&Fuels.2017,31(8),7854-7866.SCI,IF=3.024,Q2:36/137D3、PorestructureandfractalcharacteristicsofNiutitangshalefromChina.Minerals,2018,8(4):163.SCI,IF=1.835,Q2:7/20D4、ExperimentalinvestigationofevolutionofporestructureinLongmaximarineshaleusingananhydrouspyrolysistechnique.Minerals,2018,8(6):226.SCI,IF=1.835,Q2:7/20D5、ThereservoircharacterizationandshalegaspotentialoftheNiutitangformation:CasestudyoftheSYwellinnorthwestHunanProvince,SouthChina.J.Petrol.Sci.Eng.2018,171,687-703.SCI,IF=2.382,Q1:2/19C新增Formationanddevelopmentofporestructureinmarine-continentaltransitionalshalefromnorthernChinaacrossamaturationgradient:insightsfromgasadsorptionandmercuryintrusion.Int.J.CoalGeol.2018,200,87-102.IF=4.13,Q1:17/190BPorecharacterizationandthecontrolsoforganicmatterandquartzonporestructure:CasestudyoftheNiutitangFormationofnorthernGuizhouProvince,SouthChina.J.Nat.Gas.Sci.Eng.2019,61,18-31.IF=2.803,Q2:40/137D70新增35一堂等15郭鑫鵬3002160003彭志堅材料科學(xué)與工程CarbonDioxideMethanationoverNickel-BasedCatalystsSupportedonVariousMesoporousMaterial.Energy&Fuels,2018,32,3681-3689.SCI,IF=3.622,Q2:36/137.DHighlyActiveNi-BasedCatalystDerivedfromDoubleHydroxidesPrecursorforLowTemperatureCO2Methanation.Industrial&engineeringchemistryresearch,2018,57/28,9102-9111.SCI,IF=3.284,Q1:33/137C新增：Catalysts,processoptimization,andkineticsfortheproductionofmethylacrylateovervanadiumphosphorusoxidecatalysts.Industrial&EngineeringChemistryResearch,2017,56,5860-5871.SCI,IF=3.284,Q1:33/137CRunanoparticlesstabilizedbyionicliquidssupportedontosilica:HighlyactivecatalystsforlowtemperatureCO2methanation.GreenChemistry,2018,20,4932-4945.SCI,IF=8.717,Q1:2/33B65新增45一堂等16趙丹3005130017碩博2+3延期王廣才地下水科學(xué)與工程1、Removingbarometricpressureeffectsfromgroundwaterlevelandidentifyingmaininfluentialconstituents.ScienceChinaTechnologicalSciences,2012,56(1),129-136.SCI,IF=1.938,Q2:27/86.D新增2、Groundwater-surfacewaterinteractionsderivedbyhydrochemicalandisotopic(222Rn,deuterium,oxygen-18)tracersintheNomhonarea,QaidamBasin,NWChina.JournalofHydrology,2018,565,650-661.SCI,IF=3.727,Q1:7/128.B3、獲獎：地震導(dǎo)致地下水與含水介質(zhì)變化研究及應(yīng)用，自然資源部，國土資源科學(xué)技術(shù)獎二等獎，4。 B65新增60-5一堂等

17陳煒明3007160003碩博2+3雷涯鄰應(yīng)用經(jīng)濟學(xué)1、China'swaterfootprintbyprovince,andinter-provincialtransferofvirtualwater.Ecologicalindicators,2017,74:321-333.SCI,IF=3.983，Q1:49/242.C2、InterprovincialtransferofembodiedenergybetweentheJing-Jin-JiareaandotherprovincesinChina:Aquantificationusinginterprovincialinput-outputmodel.ScienceoftheTotalEnvironment,2017,584:990-1003.，SCI,IF=4.61，Q1:27/242.C新增3、Virtualwaterexportandimportinchina'sforeigntrade:Aquantificationusinginput-outputtablesofChinafrom2000to2012.Resources,ConservationandRecycling,2018,132:278-290.，SCI,IF=5.12，Q1:23/242.B60新增30一堂等18何巧沖3005140009延期馮傳平環(huán)境科學(xué)與工程1、Biologicaldenitrificationusingricewashingdrainage(RWD)ascarbonsourceforremovingnitratefromgroundwater.DesalinationandWaterTreatment,2016,57(46):21990-21999.SCI,IF=1.383,Q3:79/137D2、Denitrificationofsyntheticnitrate-contaminatedgroundwatercombinedwithricewashingdrainagetreatment.EcologicalEngineering,2016,95:152-159.SCI,IF=3.023,Q2:48/160D新增3、Biologicaldenitrificationinmarineaquaculturesystems:amultipleelectrondonormicrocosmstudy.BioresourceTechnology,2018,263:340-349.SCI,IF=5.807,Q1:1/14B4、Characterizationsofdissolvedorganicmatterandbacterialcommunitystructureinricewashingdrainage(RWD)-basedgroundwaterdenitrification.Chemosphere,2019,215:142-152.SCI,IF=4.427,Q1:35/242C55新增45-5一堂等19馮宇3012160006王金滿土地資源管理1、Usingcomputedtomographyimagestocharacterizetheeffectsofsoilcompactionresultingfromlargemachineryonthree-dimensionalporecharacteristicsinanopencastcoalminedump.JournalofSoilsSediments.2019,19:1467-1478.SCI,IF=2.627,Q2:11/34(Online時間：2018年9月8日)D2、EffectsofSurfaceCoalMiningandLandReclamationonSoilProperties:AReview.Earth-ScienceReviews.2019,191,12-25.SCI,IF=7.491,Q1:4/190.(Online 時間：2019年2月13日)A55一堂等20石嘉鑫3005180050碩博2+4張寶剛環(huán)境科學(xué)與工程1、Simultaneousdecolorizationanddesalinationofdyewastewaterthroughelectrochemicalprocess.EnvironmentalScienceandPollutionResearch.2018，25(9):8455-8464.SCI，IF=2.8，Q2：82/241.D新增2、MicrobialChromateReductionCoupledtoAnaerobicOxidationofElementalSulfurorZerovalentIron.EnvironmentalScience&Technology.2019,DOI:10.1021/acs.est.8b05053,SCI，IF=6.653，Q1：11/242.A55新增50一堂等21于成龍3005160022畢二平水文地質(zhì)學(xué)1、Rolesoffunctionalgroupsofnaproxeninitssorptiontokaolinite.Chemosphere,2015,138:335-339.SCI,IF=4.427,Q1:35/242.C新增2、EvaluatingNonlinearSorptionofFourSubstitutedPhenolstoAgricultureSoilsUsingExpandedPolyparameterLinearFreeEnergyRelationship.Water,Air,&SoilPollution,2017,228,(11):414.SCI,IF=1.769,Q3:138/242.D3、Bondingofmonocarboxylicacids,monophenolsandnonpolarcompoundsontogoethite.Chemosphere,2019,214:158-167.SCI,IF=4.427,Q1:35/242.C4、Mechanismsandquantificationofadsorptionofthreeanti-inflammatorypharmaceuticalsontogoethitewith/withoutsurface-boundorganicacids.Chemosphere,2019,222:593-602.SCI,IF=4.427,Q1:35/242.C50新增35一堂等22張靜3003170019(碩博2+3)于翔材料科學(xué)與工程1、InfluencesofInterfacialCarbonizationontheStructureandMechanicalPropertiesofMultilayeredCr-ContainingDiamond-LikeCarbonFilms.TheJournalofPhysicalChemistryC.2017，121(12):6781-6787.SCI,IF=4.536，Q1:43/275.C2>AdjustingPoreSizeandShapetoAchievetheDesiredCapacitanceofBoron-DopedDiamondElectrodes.SurfaceReviewandLetters.2018,1830009-1—1830009-13.SCI，IF=0.734,Q4:59/67.D新增3、InfluenceofporesizeofTisubstrateonstructuralandcapacitivepropertiesofTi/borondopeddiamondelectrode.JournalofAlloysandCompounds.2019，777:84-93.SCI，IF=3.779，Q1：4/75.B50新增30一堂等23白李琦3003180025碩博1+5張以河材料科學(xué)與工程1.Jahn-Tellerdistortionsinmolybdenumoxides:Anachievementinexploringhighratesupercapacitorapplicationsandrobustphotocatalyticpotential,NanoEnergy,2018,53,982-992,SCI,IF=13.120,Q1:7/146A50一堂等24代俊峰3001160035薛春紀礦物學(xué)、巖石學(xué)、礦床學(xué)1、Geological,geochronologicalandgeochemicalcharacteristicsandgenesisoftheArqialeskarnZn-Pbdeposit,WesternTianshan,NorthwestChina.OreGeologyReviews.2019,106(3),79-96.SCI,IF=3.993,Q1:1/20A50一堂等25高歡3003170013碩博2+3廖立兵材料科學(xué)與工程1、Anovelinorganicthermalinsulationmaterialutilizingperlitetailings.EnergyandBuildings.2019，190:25-33.SCI，IF=4.457，Q1：3/128.A50一堂等

26胡昕凱3001160118碩博連讀1+4張壽庭礦產(chǎn)普查與勘探1.InsitutraceelementandsulfurisotopeofpyriteconstrainoregenesisintheShapolingmolybdenumdeposit,EastQinlingOrogen,China.2019,OreGeologyReviews,105,123-136.SCI,IF=3.993,Q1:1/20.B50一堂等27石康興3001170040碩博連讀1+4王長明礦物學(xué)、巖石學(xué)、礦床學(xué)1、GenesisoftheHanwangFedepositinNeoarcheangranite-greenstonesuccessionoftheeasternNorthChinaCraton.OreGeologyReviews.2019,105,387-403.SCI,IF=3.993,Q1:1/20.A50一堂等28舒小超3001170003碩博1+4鄧軍礦物學(xué)、巖石學(xué)、礦床學(xué)1、FluidinclusionconstraintsonthehydrothermalevolutionoftheDalucaoCarbonatite-relatedREEdeposit,SichuanProvince,China.OreGeologyReviews.2019,107:41-57.SCI,IF=3.993,Q1:1/20.A50一堂等29鄭旭3001170007碩博1+4鄧軍礦物學(xué)、巖石學(xué)、礦床學(xué)1、Mechanismsofelementprecipitationincarbonatite-relatedrare-earthelementdeposits:evidencefromfluidinclusionsintheMaoniupingdeposit,SichuanProvince,southwesternChina.OreGeologyReviews.2019,107:218-238.SCI,IF=3.993,Q1:1/20.A50一堂等30鄧陽3005180036碩博2+4馮傳平環(huán)境科學(xué)與工程1、Researchonthetreatmentofbiologicallytreatedlandfillleachatebyjointelectrochemicalsystem.WasteManagement.2018(82):177-178.SCI，IF=4.723，Q1：9/50.C2、Treatmentoforganicwastewatercontainingnitrogenandchlorinebycombinatorialelectrochemicalsystem:Takingbiologicallytreatedlandfillleachatetreatmentasanexample.ChemicalEngineeringJournal.2019(364):349-360.SCI，IF=6.735，Q1：3/50.B45一堂等31劉玉龍3006160036碩博2+3湯達禎礦產(chǎn)普查與勘探1、Theimpactofcoalmacrolithotypeonhydraulicfractureinitiationandpropagationincoalseams.JournalofNaturalGasScience&Engineering,2018,56,299-314.SCI,IF=2.803,Q2:41/137D新增.Quantitativecharacterizationofmiddle-highrankedcoalreservoirsintheHanchengBlock,easternmargin,OrdosBasin,China:implicationsforpermeabilityevolutionwiththecoalmacrolithotypes.EnergySourcesPartA-RecoveryUtilizationandEnvironmentalEffects.2019,41(2):201-215.SCI,IF=0.555,Q4:119/137.D.Theimpactofthecoalmacrolithotypeonreservoirproductivity,hydraulicfractureinitiationandpropagation.Fuel,2019,239C:471-483.SCI,IF=4.908,Q1:13/137.B40新增35一堂等32張雁3006150050范洪富石油與天然氣工程1、InvestigationonInterfacial/SurfacePropertiesofBio-basedSurfactantN-AliphaticAmide-N,N-DiethoxypropylsulfonateSodiumasAnOilDisplacementAgentRegeneratedfromWasteCookingOil,JournalofMolecularLiquids,2016,223:68-74.SCI,IF=2.740,Q2:57/144,13/35D2、PreparationandPerformanceEvaluationofFattyAminePolyoxyethyleneEtherDiethylDisulfonateforEnhancedOilRecoveryinHighTemperatureandHighSalinityReservoirs.JournalofSurfactantsandDetergents.2018,21(4):489-496,SCI，IF=1.454,Q3:40/72,76/137.D新增：3、SmartMobilityControlAgentforEnhancedOilRecoveryduringCO2FloodinginUltra-lowPermeabilityReservoirs，F(xiàn)uel,2019,241:442-450,SCI,IF=4.908,Q1:10/192,5/86.B40新增30一堂等33李珊珊3001170001碩博連讀M.Santosh礦物學(xué)、巖石學(xué)、礦床學(xué)1、NeoarcheanconvergentmargintectonicsassociatedwithmicroblockamalgamationintheNorthChinaCraton:EvidencefromtheYishuiComplex.GondwanaResearch.2016,38:113-131.SCI,IF=6.959.Q1:4/188.A2、DetritalzircongeochronologyofquartzitesfromthesouthernMaduraiBlock,India:ImplicationsforGondwanareconstruction.GeoscienceFrontiers.2016,8(4):851-867.SCI,IF=4.256Q1:13/188B3、Paleoproterozoicarc-continentcollisionintheNorthChinaCraton:EvidencefromtheZanhuangComplex.PrecambrianResearch.2016,286:281-305.SCI,IF=3.843.Q1:21/188C4、AnatomyofimpactitesandshockedzircongrainsfromDhalarevealsPaleoproterozoicmeteoriteimpactintheArcheanbasementrocksofCentralIndia.GondwanaResearch.2018,54:81-101.SCI,IF=5.657.Q1:6/189.A5、NeoarcheanmicroblockamalgamationinsouthernIndia:evidencefromtheNallamalaisuturezone.PrecambrianResearch.2018,314:1-27.SCI,IF=3.907.Q1:21/189.C新增6、MetamorphismduringtheArchean-PaleoproterozoictransitionassociatedwithmicroblockamalgamationintheDharwarCraton,India.JournalofPetrology.2018,59(12),2435-2462.SCI,IF=4.1.Q1:11/85.C175新增15二等34程飛3003160009碩博1+4黃朝暉材料科學(xué)與工程1、Preparationandanalysisoflightweightwallmaterialwithexpandedgraphite(EG)/paraffincompositesforsolarenergystorage.AppliedThermalEngineering.2017,120:107-114.SCI，IF=3.771，Q1：10/134.b2、Synthesisandcharacterizationofbeeswax-tetradecanol-carbonfiber/expandedperliteform-stablecompositephasechangematerialforsolarenergystorage.CompositesPartA:AppliedScienceandManufacturing.2018,107:180-188.SCI,IF=4.514,Q1:2/46A新增3、Preparationandcharacterizationofform-stabletetradecanol-palmiticacidexpandedperlitecompositescontainingcarbonfiberforthermalenergystorage.JournalofThermalAnalysisandCalorimetry.2018,/10.1007/s10973-018-7758-x，IF=2.209,Q1:10/134.B110新增30二等

35何建華3006140005碩博1+4延期丁文龍礦產(chǎn)普查與勘探1、Loggingidentificationandcharacteristicanalysisofmarine-continentaltransitionalorganic-richshaleintheCarboniferous-Permianstrata,BohaiBayBasin[J].MarineandPetroleumGeology.2016,70:273-293.(SCI收錄,IF=2.788，JCR所在分區(qū)：Q1：36/184)C2、Loggingidentificationandcharacteristicanalysisofthelacustrineorganic-richshalelithofacies-AcasestudyfromtheES3LshaleintheJiyangDepression,BohaiBayBasin,EasternChina[J].JournalofpetroleumScienceandEngineering.2016,145:238-255.(SCI收錄，IF=1.655，JCR所在分區(qū)：Q1：2/20)B3、Quantitativemicroporosityevaluationusingmercuryinjectionanddigitalimageanalysisintightcarbonaterocks-AcasestudyfromtheOrdovicianintheTazhongPalaeouplift,