个人简历

科研项目
[1]材料复合新技术国家重点实验室开放课题，超高压条件下纳米陶瓷的密实化机理研究(2016-KF-14)，主持，2016-2017；
[2]湖南省教育厅优秀青年项目，稀土掺杂硫卤微晶玻璃的制备、显微结构及中红外荧光特性(KZ02012)，主持，2016-2017；
[3]湘潭市科技计划项目(校企联合)，环保铜铬黑颜料的改性制备工艺研究(CXY-YB20161005)，校方主持，2016；
[4]校教改项目，《材料分析测试技术》虚拟实验的构建与实践，主持，2016-2017。
发明专利
[1]龚伦军，王卓，马蓦，一种大扭矩平衡装置，实用新型专利，专利号：201520966178.1

近期论文

[1]L.J.Gong,M.Ma,C.F.Xu,X.J.Li,S.P.Wang,J.G.Lin,Q.B.Yang.MulticolorupconversionemissionofdispersedultrasmallcubicSr2LuF7nanocrystalssynthesizedbyasolvothermalprocess.JournalofLuminescence,2013,134:718-723.
[2]L.J.Gong,J.C.Yang,Y.Y.Li,M.Ma,C.F.Xu,G.Z.Ren,J.G.Lin,Q.B.Yang.SolvothermalsynthesisandupconversionemissionofmonodisperseultrasmallSrYbF5nanocrystals.JournalofMaterialsScience,2013,48:3672-3678.
[3]L.J.Gong,M.Ma,C.F.Xu,J.G.Lin,Q.B.Yang.UpconversionemissionandparamagnetismofcolloidBa2ErF7andBa2ErF7:Yb3+nanocrystalssynthesizedwithsolvothermalmethod.JournalofWuhanUniversityofTechnology-MaterialsScienceEdtion,2013,28:1076-1081.
[4]X.M.Yan*,P.Mei,L.Xiong,L.Gao,Q.F.Yang,L.J.Gong*.Mesoporoustitania–silica-polyoxometalatenanocompositematerialsforcatalyticoxidationdesulfurizationoffueloil.CatalysisScience&Technology,2013,3:1985-1992.
[5]G.Y.Shi,Y.F.Mao,G.Z.Ren.L.J.Gong*.Z.G.Zhi，SynthesisandphotolysisofNaYF4@SiO2@TiO2core–shellnanocomposites，OpticsCommunications，332(2014)219-222.
[6]Y.F.Ma,M.Ma,L.J.Gong,C.F.Xu,G.Z.Ren,Q.B.Yang,Controllablesynthesisandupconversionemissionofultrasmallnear-monodisperselanthanide-dopedSr2LaF7nanocrystals.JournalofAlloysandCompounds,2014,609:262-267.
[7]X.C.Han,H.Z.Tao,L.J.Gong,J.Han,S.Gu,OriginofthefrequencyshiftofRamanscatteringinchalcogenideglasses.JournalofNon-crystallineSolids,2014.391:117-119.
[8]X.C.Han,H.Z.Tao,L.J.Gong,X.Y.Wang.X.J.Zhao,Y.Z.Yue,StructureofchalcogenideglassesinAs-S-Sesysteminvestigatedbyramanspectroscopyandfirstprinciplecalculation.ChalcogenideLetters,2014,11:181-187.
[9]L.Li,Y.Q.Gong,L.J.Gong,H.Dong,X.F.Yi,X.J.Zheng.Low-temperaturehydro/solvothermalsynthesisofTa-modifiedK0.5Na0.5NbO3powdersandpiezoelectricpropertiesofcorrespondingceramics.Materials&Design,2012,33,362-366.
[10]Y.Q.Gong,G.Yang,X.J.Li,L.J.Gong,L.Li,J.F.Peng,X.J.Zheng.PiezoelectricpropertiesandagingmechanismofK0.5Na0.5Nb1-ySbyO3piezoceramicspreparedbylowtemperaturesolvothermalmethod.JournalofMaterialsScience:MaterialsinElectronics,2012,23,1910-1915.
湖南省精密仪器学会X射线专业委员会委员