个人简历

出生日期/1981.12
籍贯/山东临沂
讲授课程《物理化学实验》《统计热力学》
教育经历1999-2003聊城大学化学专业
2003-2008中国科学技术大学无机化学博士
科研项目
（1）医用氧化铁纳米颗粒表面蛋白晕形成过程的热力学/动力学基础研究（国家自然科学基金，在研）
（2）新型Bi基材料光降解染料污染物机理的原位量热学研究（山东省自然科学基金，在研）；
（3）梯度电池的再利用以及锂离子电池新材料新工艺的研发（校企横向课题，在研）
（4）新型Bi基复合光催化剂的设计、合成及其催化机理的原位量热学研究（聊城大学基金，在研）
（5）硅能电池关键技术开发（校企横向课题，结题）
获奖情况
山东高等学校优秀科研成果三等奖1项，聊城大学优秀成果三等奖3项，聊城大学优秀成果一等奖1项

研究领域

科研方向/无机化学

近期论文

1.MagneticallyseparableNi0.6Fe2.4O4nanoparticlesasaneffectiveadsorbentfordyeremoval:Synthesisandstudyonthekineticandthermodynamicbehaviorsfordyeadsorption,ChemicalEngineeringJournal,2014,258,15218-228(IF:6.216)
2.KineticallycontrolledsynthesisofbismuthtungstatewithdifferentstructuresbyaNH4Fassistedhydrothermalmethodandsurface-dependentphotocatalyticproperties,JournalofColloidandInterfaceScience,2014，432,236-245(IF：4.233)
3.Mono-DisperseCaWO4MicrospherewithHierarchicalStructures:RoomTemperatureSynthesisanditsOpticalProperties,NANO:BriefReportsandReviews,2016,11,1650039.(IF：1.025)
4.NovelBake-in-SaltMethodfortheSynthesisofMesoporousMn3O4@CNetworkswithSuperiorCyclingStabilityandRatePerformance,ACSAppl.Mater.Interfaces2016,8,35163(IF：7.504)
5.Enhancedvisible-light-drivenphotocatalyticperformancesusingBi2WO6/MS(M=Cd,Zn)heterostructures:facilesynthesisandphotocatalyticmechanisms,
RSCAdvances,2015,5,41949-41960.(IF：3.108)
6.EnhancedphotocatalyticperformanceinBi2WO6/SnSheterostructures:Facilesynthesis,influencingfactorsandmechanismofthephotocatalyticprocess.JournalofColloidandInterfaceScience,2016,466,388–399(IF：4.233)
7.FacileFabricationofBi2WO6/Ag2SHeterostructurewithEnhancedVisibleLight-DrivenPhotocatalyticPerformances,NanoscaleResearchLetters,2016,11,126,(IF:2.833)
8.L-Cysteine-AssistedSynthesisofUrchin-Likeγ-MnSandItsLithiumStorageProperties,NanoscaleResearchLetters，2016，11，444(IF:2.833)
9.EffectiveremovalofPb(II)usingmagneticCo0.6Fe2.4O4micro-particlesastheadsorbent:Synthesisandstudyonthekineticandthermodynamicbehaviorsforitsadsorption,ColloidsandSurfacesA:PhysicochemicalandEngineeringAspects,2015,469,211-223.(IF：2.714)
10.HF-FreeSynthesisofNanoscaleMetal−OrganicFrameworkNMIL-100(Fe)asanEfficientDyeAdsorbent,ACSSustainableChem.Eng.,2016,4,3368–3378.(IF：5.951)
11.SolventdirectedfabricationofBi2WO6nanostructureswithdifferentmorphologies:Synthesisandtheirshape-dependentphotocatalyticpropertiesMaterialsResearchBulletin,2012,47,2623-2630(IF：2.446)
12.APyridazine-BridgedSandwichedClusterIncorporatingPlanarHexanuclearCobaltRingandBivacantPhosphotungstate,Inorg.Chem.,2016,55(17),pp9006–9011
13.Flower–likeNiCo2O4MicrostructuresasPromisingAnodeMaterialforHighPerformanceLithium-IonBatteries:FacileSynthesisanditsLithiumStorageProperties,ChemistrySelect2016,1,5129–5136