个人简历

工作经历：
1.2013年01月--2018年01月:武汉新瑞达激光工程有限公司，研发部，光学工程师
2.2018年07月—至今:华南师范大学，信息光电子科技学院，特聘研究员
教育背景：
1.2013年09月--2018年06月：华中科技大学，武汉光电国家研究中心，光学工程，博士
2.2009年09月--2013年06月：华中科技大学，光学与电子信息学院，光电信息工程，学士科研成果：
本人一直从事激光等离子体发射光谱的基础理论和工程化研究，在AnalyticalChemistry、OpticsLetters、OpticsExpress、Talanta等国际权威SCI期刊上发表论文42篇，将所研技术进行工程化和仪器化，开发了两台共振激发激光探针成分分析仪。申请发明和实用新型专利32项。
基金项目：
[1]国家重大科学仪器设备开发专项，2011YQ160017，基于共振激发与空间约束的高精度激光探针成分分析仪开发，2011/10-2016/10，5756万，已结题，参加
[2]国家自然科学基金面上项目，61575073，能态选择性激发抑制激光诱导击穿光谱的自吸收效应研究，2016/01-2019/12，70.8万元，在研，参加
学术活动：
多次参加全球、亚洲、全国LIBS会议并作报告；受美国光学学会(OSA)的邀请和资助，代表中国赴墨西哥参加国际激光夏令营
获奖情况：
[1]2017年华中科技大学三好研究生标兵
[2]2017年中华人民共和国教育部博士研究生国家奖学金
[3]2017年武汉光电国家实验室“发明之星”
[4]2016年华中科技大学优秀研究生干部
[5]2016年武汉光电国家实验室“学术之星”
[6]2015年中华人民共和国教育部博士研究生国家奖学金
[7]2014年华中科技大学社会活动积极分子
[8]2014年华中科技大学知行优秀二等奖学金
[9]2013年武汉光电国家实验室突出贡献奖

研究领域

激光等离子体发射光谱

近期论文

[1]JiamingLi,ZhihaoZhu,RanZhou,NanZhao,RongxingYi,XinyanYang,XiangyouLi*,LianboGuo,XiaoyanZeng,YongfengLu.Determinationofcarboncontentinsteelsusinglaser-inducedbreakdownspectroscopyassistedwithlaser-inducedradicalfluorescence.AnalyticalChemistry,2017/07/01,2017,89(15):8134-8139.
[2]Jia-MingLi,Lian-BoGuo,Chang-MaoLi,NanZhao,Xin-YanYang,Zhong-QiHao,Xiang-YouLi*,Xiao-YanZeng,Yong-FengLu.Self-absorptionreductioninlaser-inducedbreakdownspectroscopyusinglaser-stimulatedabsorption.OpticsLetters,2015,40(22):5224~5226.
[3]JiamingLi,ZhongqiHao,NanZhao,RanZhou,RongxingYi,ShisongTang,LianboGuo,XiangyouLi*,XiaoyanZeng,YongfengLu.Spatiallyselectiveexcitationinlaser-inducedbreakdownspectroscopycombinedwithlaser-inducedfluorescence.OpticsExpress,2017,25(5):4945~4951.
[4]JiamingLi,LianboGuo,NanZhao,XinyanYang,RongxingYi,KuohuLi,QingdongZeng,XiangyouLi*,XiaoyanZeng,YongfengLu.Determinationofcobaltinlow-alloysteelsusinglaser-inducedbreakdownspectroscopycombinedwithlaser-inducedfluorescence.Talanta,2016,151234~238.
[5]JiamingLi,ManlingXu,QiongxiongMa,NanZhao*,XiangyouLi,QingmaoZhang,LiangGuo,YongfengLu.Sensitivedeterminationofsiliconcontentsinlow-alloysteelsusingmicrolaser-inducedbreakdownspectroscopyassistedwithlaser-inducedfluorescence.Talanta,2019,194697-702.
[6]JiamingLi,LianboGuo,NanZhao,QimengChen,BaoyeWu,YiboWang,XiangyouLi*,JinyanLi,XiaoyanZeng,YongfengLu.AnalysisofiondopingprofilesinYb-dopedfiberpreformsusinglaser-inducedbreakdownspectroscopy.JournalofAnalyticalAtomicSpectrometry,2016,31(2):492-496.
[7]JiamingLi,YunTang,ZhongqiHao,NanZhao,XinyanYang,HuiwuYu,LianboGuo,XiangyouLi*,XiaoyanZeng,YongfengLu.Evaluationofself-absorptionreductionofminorelementsinlaser-inducedbreakdownspectroscopyassistedwithlaser-stimulatedabsorption.JournalofAnalyticalAtomicSpectrometry,2017,322189-2193.
[8]Jia-MingLi,Ying-BoChu,NanZhao,RanZhou,Rong-XingYi,Lian-BoGuo,Jin-YanLi,Xiang-YouLi*,Xiao-YanZeng,Yong-FengLu.DetectionofTraceElementsinActiveLuminescentGlassUsingLaser-inducedBreakdownSpectroscopyCombinedwithLaser-inducedFluorescence.ChineseJournalofAnalyticalChemistry,2016,44(7):1042~1046.
[9]NanZhao,KangjiePeng,JiamingLi*,YingboChu,GuiyaoZhou,JinyanLi.PhotodarkeningeffectsuppressioninYb-dopedfiberthroughthenanoporousglassphase-separationfabricationmethod.OpticalMaterialsExpress,2019/03/01,2019,9(3):1085-1094.
[10]NanZhao,DongqiLei,XiangyouLi,JiamingLi*,QiongxiongMa,QingmaoZhang,LiangGuo,YongfengLu.Experimentalinvestigationoflaser-inducedbreakdownspectroscopyassistedwithlaser-inducedfluorescencefortracealuminumdetectioninsteatiteceramics.AppliedOptics,2019,58(8).
[11]RongxingYi,JiamingLi,XinyanYang,RanZhou,HuiwuYu,ZhongqiHao,LianboGuo,XiangyouLi,XiaoyanZeng,YongfengLu.SpectralInterferenceEliminationinSoilAnalysisUsingLaser-InducedBreakdownSpectroscopyAssistedbyLaser-InducedFluorescence.AnalyticalChemistry,2017/02/21,2017,89(4):2334~2337.
[12]Z.H.Zhu,J.M.Li,Z.Q.Hao,S.S.Tang,Y.Tang,L.B.Guo,X.Y.Li,X.Y.Zeng,Y.F.Lu.Isotopicdeterminationwithmolecularemissionusinglaser-inducedbreakdownspectroscopyandlaser-inducedradicalfluorescence.OpticsExpress,2019/01/21,2019,27(2):470-482.
[13]YunTang,JiamingLi,ZhongqiHao,ShisongTang,ZhihaoZhu,LianboGuo,XiangyouLi,XiaoyanZeng,JunDuan,YongfengLu.Multielementalself-absorptionreductioninlaser-inducedbreakdownspectroscopybyusingmicrowave-assistedexcitation.OpticsExpress,2018/04/30,2018,26(9):12121-12130.
[14]ZhihaoZhu,JiamingLi,YangminGuo,XiaoCheng,YunTang,LianboGuo,XiangyouLi,Yong-FengLu,XiaoyanZeng.AccuracyimprovementofboronbymolecularemissionwithapartialleastsquaresregressionandgeneticalgorithmmodelinLaser-inducedbreakdownspectroscopy.JournalofAnalyticalAtomicSpectrometry,2018,33205-209.
[15]RongxingYi,XinyanYang,RanZhou,JiamingLi,HuiwuYu,ZhongqiHao,LianboGuo,XiangyouLi,YongfengLu,XiaoyanZeng.DeterminationofTraceAvailableHeavyMetalsinSoilUsingLaser-InducedBreakdownSpectroscopyAssistedwithPhaseTransformationMethod.AnalyticalChemistry,2018/06/05,2018,90(11):7080-7085.
[16]PingYang,YiningZhu,XinyanYang,JiamingLi,ShisongTang,ZhongqiHao,LianboGuo,XiangyouLi,XiaoyanZeng,YongfengLu.Evaluationofsamplepreparationmethodsforricegeographicoriginsclassificationusinglaser-inducedbreakdownspectroscopy.JournalofCerealScience,March2018,2018,80111-118.
[17]YunTang,YangminGuo,QianqianSun,ShisongTang,JiamingLi,LianboGuo,JunDuan.Industrialpolymersclassificationusinglaser-inducedbreakdownspectroscopycombinedwithself-organizingmapsandK-meansalgorithm.Optik,2018/07/01/,2018,165179-185.
[18]YunTang,LianboGuo,JiamingLi,ShisongTang,ZhihaoZhu,ShixiangMa,XiangyouLi,XiaoyanZeng,JunDuan,YongfengLu.Investigationonself-absorptionreductioninlaser-inducedbreakdownspectroscopyassistedwithspatiallyselectivelaser-stimulatedabsorption.JournalofAnalyticalAtomicSpectrometry,2018,331683-1688.
[19]ZhongqiHao,LiLiu,MengShen,RanZhou,JiamingLi,LianboGuo,XiangyouLi,Yong-FengLu,XiaoyanZeng.Long-termRepeatabilityImprovementofQuantitativeLIBSUsingTwo-pointStandardizationMethod.JournalofAnalyticalAtomicSpectrometry,2018,331564-1570.
[20]L.B.Guo,Z.H.Zhu,J.M.Li,Y.Tang,S.S.Tang,Z.Q.Hao,X.Y.Li,Y.F.Lu,X.Y.Zeng.Determinationofboronwithmolecularemissionusinglaser-inducedbreakdownspectroscopycombinedwithlaser-inducedradicalfluorescence.OpticsExpress,2018/02/05,2018,26(3):2634-2642.
[21]Qiu-shiLi,Jia-mingLi,PingYang,Zhong-qiHao,MengShen,Yi-ningZhu,Lian-boGuo,Xiang-youLi,Xiao-yanZeng.DevelopmentofaCompactSynchronizerforLaser-InducedBreakdownSpectroscopy.SpectroscopyandSpectralAnalysis,2018,38(2):595-599.
[22]NanZhao,YehuiLiu,MiaoLi,JiamingLi,JinggangPeng,LuyunYang,NengliDai,HaiqingLi,JinyanLi.MitigationofphotodarkeningeffectinYb-dopedfiberthroughNa+ionsdoping.OpticsExpress,2017/07/24,2017,25(15):18191-18196.
[23]HuiwuYu,XiangyouLi,ZhongqiHao,WeiXiong,LianboGuo,YongfengLu,RongxingYi,JiamingLi,XinyanYang,XiaoyanZeng.Fabricationofmetal/semiconductornanocompositesbyselectivelasernano-welding.Nanoscale,2017,9(21):7012-7015.
[24]Yi-NingZhu,PingYang,Xin-YanYang,Jia-MingLi,Zhong-QHao,Qiu-ShiLi,Lian-BoGuo,Xiang-YouLi,Xiao-YanZeng,Yong-FengLu.ClassificationofFreshMeatSpeciesUsingLaser-inducedBreakdownSpectroscopywithSupportVectorMachineandPrincipalComponentAnalysis.ChineseJournalofAnalyticalChemistry,2017,45(3):336-341.
[25]XinyanYang,ZhongqiHao,MengShen,RongxingYi,JiamingLi,HuiwuYu,LianboGuo,XiangyouLi,XiaoyanZeng,YongfengLu.SimultaneousdeterminationofLa,Ce,Pr,andNdelementsinaqueoussolutionusingsurface-enhancedlaser-inducedbreakdownspectroscopy.Talanta,2017,163127~131.
[26]W.T.Li,X.Y.Yang,X.Li,S.S.Tang,J.M.Li,R.X.Yi,P.Yang,Z.Q.Hao,L.B.Guo,X.Y.Li,X.Y.Zeng,Y.F.Lu.Aportablemulti-collectorsystembasedonanartificialopticalcompoundeyeforstand-offlaser-inducedbreakdownspectroscopy.JournalofAnalyticalAtomicSpectrometry,2017,321975-1979.
[27]KuohuLi,LianboGuo,JiamingLi,XinyanYang,RongxingYi,XiangyouLi,YongfengLu,XiaoyanZeng.Quantitativeanalysisofsteelsamplesusinglaser-inducedbreakdownspectroscopywithanartificialneuralnetworkincorporatingageneticalgorithm.AppliedOptics,2017/02/01,2017,56(4):935-941.
[28]YangminGuo,LeiminDeng,XinyanYang,JiamingLi,KuohuLi,ZhihaoZhu,LianboGuo,XiangyouLi,Yong-FengLu,XiaoyanZeng.Wavelet-basedinterferencecorrectionforlaser-inducedbreakdownspectroscopy.JournalofAnalyticalAtomicSpectrometry,2017,32.
[29]NanZhao,YiboWang,JiamingLi,ChaopingLiu,JinggangPeng,HaiqingLi,NengliDai,LuyunYang,JinyanLi.Investigationofceriuminfluenceonphoto-darkeningandphoto-bleachinginYb-dopedfibers.AppliedPhysicsA,2016,122(2):75.
[30]QingdongZeng,LianboGuo,XiangyouLi,MengShen,YinningZhu,JiamingLi,XinyanYang,KuohuLi,JunDuan,XiaoyanZeng,YongfengLu.QuantitativeanalysesofMn,V,andSielementsinsteelsusingaportablelaser-inducedbreakdownspectroscopysystembasedonafiberlaser.JournalofAnalyticalAtomicSpectrometry,2016,31(3):767-772.
[31]R.X.Yi,L.B.Guo,X.H.Zou,J.M.Li,Z.Q.Hao,X.Y.Yang,X.Y.Li,X.Y.Zeng,Y.F.Lu.Backgroundremovalinsoilanalysisusinglaser-inducedbreakdownspectroscopycombinedwithstandardadditionmethod.OpticsExpress,2016/02/08,2016,24(3):2607-2618.
[32]RongxingYi,LianboGuo,ChangmaoLi,XinyanYang,JiamingLi,XiangyouLi,XiaoyanZeng,YongfengLu.Investigationoftheself-absorptioneffectusingspatiallyresolvedlaser-inducedbreakdownspectroscopy.JournalofAnalyticalAtomicSpectrometry,2016,31(4):961-967.
[33]X.Y.Yang,Z.Q.Hao,C.M.Li,J.M.Li,R.X.Yi,M.Shen,K.H.Li,L.B.Guo,X.Y.Li,Y.F.Lu,X.Y.Zeng.SensitivedeterminationsofCu,Pb,Cd,andCrelementsinaqueoussolutionsusingchemicalreplacementcombinedwithsurface-enhancedlaser-inducedbreakdownspectroscopy.OpticsExpress,2016,24(12):13410-13417.
[34]XinyanYang,LianboGuo,JiamingLi,RongxingYi,ZhongqiHao,MengShen,RanZhou,KuohuLi,XiangyouLi,YongfengLu,XiaoyanZeng.Laser-inducedbreakdownspectroscopyofliquidsolutions:acomparativestudyontheformsofliquidsurfaceandliquidaerosol.AppliedOptics,2016/09/10,2016,55(26):7406-7411.
[35]KuohuLi,LianboGuo,XiangyouLi,ZhongqiHao,JiamingLi,XinyanYang,MengShen,QingdongZeng,YongfengLu,XiaoyanZeng.Characteristicsofspectrallineswithcraterdevelopmentduringlaser-inducedbreakdownspectroscopy.AppliedOptics,2016/09/10,2016,55(26):7422-7427.
[36]ChangmaoLi,ZhongqiHao,ZhiminZou,RanZhou,JiamingLi,LianboGuo,XiangyouLi,YongfengLu,XiaoyanZeng.Determinationsoftraceboroninsuperalloysandsteelsusinglaser-inducedbreakdownspectroscopyassistedwithlaser-inducedfluorescence.OpticsExpress,2016/04/18,2016,24(8):7850~7857.
[37]Yang-MinGuo,Lian-BoGuo,Jia-MingLi,Hong-DiLiu,Zhi-HaoZhu,Xiang-YouLi,Yong-FengLu,Xiao-YanZeng.ResearchprogressinAsiaonmethodsofprocessinglaser-inducedbreakdownspectroscopydata.FrontiersofPhysics,2016,11(5):114212.
[38]NanZhao,YingbingXing,JiamingLi,LeiLiao,YiboWang,JingangPeng,LuyunYang,NengliDai,HaiqingLi,JinyanLi.793nmpumpinducedphoto-bleachingofphoto-darkenedYb3+-dopedfibers.OpticsExpress,2015/09/21,2015,23(19):25272-25278.
[39]YingboChu,YuYang,ZijunLiu,LeiLiao,YiboWang,JiamingLi,HaiqingLi,JinggangPeng,NengliDai,JinyanLi,LuyunYang.EnhancedgreenupconversionluminescenceinYb–Tbco-dopedsinteredsilicananoporousglass.AppliedPhysicsA,2015,118(4):1429-1435.
[40]Qian-qianSun,MinDu,Lian-boGuo,Zhong-qiHoa,Rong-xingYi,Jia-mingLi,Jian-guoLiu,MengShen,Xiang-youLi,Xiao-yanZeng,Yong-fengLu.FastIdentificationofPlasticswithLaser-InducedBreakdownSpectroscopy.SpectroscopyandSpectralAnalysis,2017,37(7):2205-2209.
[41]Qi-mengChen,MinDu,Zhong-qiHao,Xiao-hengZou,Jia-mingLi,Rong-xingYi,Xiang-youLi,Yong-fengLu,Xiaoy-yanZeng.MappingApplicationinLaser-InducedBreakdownSpectroscopy.SpectroscopyandSpectralAnalysis,2016,36(5):1473-1477.
[42]RuiYuan,YunTang,ZhihaoZhu,ZhongqiHao,JiamingLi,HanyueYu,YunxinYu,LianboGuo,XiaoyanZeng,YongfengLu.Accuracyimprovementofquantitativeanalysisformajorelementsinlaser-inducedbreakdownspectroscopyusingsingle-samplecalibration,AnalyticaChimicaActa,2019
担任期刊IEEEPhotonicsJournal,AppliedOptics,OSAContinuum,ChineseChemicalLetters的审稿人；