近期论文
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近五年发表的第1作者/通讯作者论文
[1]XiaoHong,LiMeijun*,LiuJiguo,MaoFengjun,ChengDingsheng,YangZhe,Oil-oilandoil-sourcerockcorrelationsintheMugladBasin,SudanandSouthSudan:Newinsightsfrommolecularmarkersanalyses,MarineandPetroleumGeology,2019,103,351-365.
[2]YangSibo,LiMeijun*,LiuXiaoqiang,HanQiuya,WuJia,ZhongNingning,Thermodynamicstabilityofmethyldibenzothiophenesinsedimentaryrockextracts:Basedonmolecularsimulationandgeochemicaldata,OrganicGeochemistry,2019,129,24-41.
[3]YangZhe,LiMeijun*,ChengDingsheng,XiaoHong,LaiHongfei,ChenQingyao,GeochemistryandpossibleoriginsofbiodegradedoilsintheCretaceousreservoiroftheMugladBasinandtheirapplicationinhydrocarbonexploration,JournalofPetroleumScienceandEngineering,2019,173,889-898.
[4]XiaoHong,WangT.-G.,LiMeijun*,LaiHongfei,LiuJiguo,MaoFengjun,TangYoujun,GeochemicalcharacteristicsofCretaceousYogouFormationsourcerocksandoil-sourcecorrelationwithinasequencestratigraphicframeworkintheTermitBasin,Niger,JournalofPetroleumScienceandEngineering,2019,172,360-372.
[5]WangNing,LiMeijun*,HongHaitao,SongDaofu,TianXingwang,LiuPeng,FangRonghui,ChenGuo,WangMaolin,BiologicalsourcesofsedimentaryorganicmatterinNeoproterozoic–LowerCambrianshalesintheSichuanBasin(SWChina):Evidencefrombiomarkersandmicrofossils,Palaeogeography,Palaeoclimatology,Palaeoecology,2019,516,342-353.
[6]LaiHongfei,LiMeijun*,LiuJiguo,MaoFengjun,XiaoHong,HeWenxiang,YangLu.OrganicgeochemicalcharacteristicsanddepositionalmodelsofUpperCretaceousmarinesourcerocksintheTermitBasin,Niger.Palaeogeography,Palaeoclimatology,Palaeoecology,2018,495:292-308.
[7]LiMeijun*,WangTieguan,XiaoZhongyao,FangRonghui,NiZhiyong,DengWeilong,TangYoujun,ZhangChunming,YangLu.Practicalapplicationofreservoirgeochemistryinpetroleumexploration:acasestudyfromaPaleozoiccarbonatereservoirintheTarimBasin(NWChina).Energy&Fuels,2018,32(2):1230–1241.
[8]LiMeijun*,LiuXiaoqiang,WangTieguan,JiangWeidong,FangRonghui,YangLu,TangYoujun.Fractionationofdibenzofuransduringsubsurfacepetroleummigration:Basedonmoleculardynamicssimulationandreservoirgeochemistry.OrganicGeochemistry,2018,115:220-232.
[9]YangChengyu,NiZhiyong,LiMeijun*,WangTieguan,ChenZhonghong,HongHaitao,TianXingwang.PyrobitumeninSouthChina:Organicpetrology,chemicalcompositionandgeologicalsignificance.InternationalJournalofCoalGeology,2018,188:51-63.
[10]XiaoHong,WangTieguan,LiMeijun*,FuJjian,TangYoujun,ShiShengbao,YangZhe,LuXiaolin.OccurrenceandDistributionofUnusualTri-andTetracyclicTerpanesandTheirGeochemicalSignificanceinSomePaleogeneOilsfromChina.Energy&Fuels,2018,32(7):7393-7403.
[11]YangLu,LiMeijun*,WangTieguan,LiuXiaoqiang,JiangWeidong,FangRonghui,LaiHongfei.Phenyldibenzofuransandmethyldibenzofuransinsourcerocksandcrudeoils,andtheirimplicationsformaturityanddepositionalenvironment.Energy&Fuels,2017,31:2513-2523.
[12]FangRonghui,LiMeijun*,LüHaitao,WangTieguan,YuanYuan,LiuYongli,NiZhiyong,OilcharginghistoryandpathwaysoftheOrdoviciancarbonatereservoirintheTuoputairegion,TarimBasin,NWChina.PetroleumScience,2017,14(4):662-675.
[13]LiMeijun*,WangHui,ShiShengbao,FangRonghui,TangQi,WangDaowei.Theoccurrenceanddistributionofphenylnaphthalenes,terphenylsandquaterphenylsinselectedlacustrineshalesandrelatedoilsinChina.OrganicGeochemistry,2016,95,55-70.
[14]LiMeijun*,WangTieguan,LiHongbo,FangRonghui,YangLu,ShiShengbao,KuangJiang.TheoccurrenceandgeochemicalsignificanceofphenylnaphthalenesandterphenylsinoilsandcondensatesfromtheYakelaFaulted-Uplift,TarimBasin(China).Energy&Fuels,2016,30(6),4457–4466.
[15]FangRonghui,WangTieguan,LiMeijun*,XiaoZhongyao,ZhangBaoshou,HuangShaoying,ShiShengbao,WangDaowei,DengWeilong.Dibenzothiophenesandbenzonaphthothiophenes:MolecularmarkersfortracingoilfillingpathwaysinthecarbonatereservoiroftheTarimBasin,NWChina.OrganicGeochemistry,2016,91,68-80.
[16]XiaoZhongyao,LiMeijun*,HuangShaoying,WangTieguan,ZhangBaoshou,FangRonghui,ZhangKe,NiZhiyong,ZhaoQing,WangDaowei.Source,oilcharginghistoryandfillingpathwaysoftheOrdoviciancarbonatereservoirintheHalahatangOilfield,TarimBasin,NWChina.MarineandPetroleumGeology,2016,73,59-71.
[17]HuangShaoying,LiMeijun*,ZhangKe,WangTieguan,XiaoZhongyao,FangRonghui,ZhangBaoshou,WangDaowei,ZhaoQing,YangFulin.ThedistributionandgeochemicalsignificanceofphenylphenanthrenesandtheirisomersinselectedoilsandrockextractsfromtheTarimBasin,NWChina.PetroleumScience,2016.
[18]YangLu,LiMeijun*,WangTieguan,ShiYang.Dibenzothiophenesandbenzonaphthothiophenesinoils,andtheirapplicationinidentifyingoilfillingpathwaysinEocenelacustrineclasticreservoirsintheBeibuwanBasin,SouthChinaSea.JournalofPetroleumScience&Engineering,2016,146:1026-1036.
[19]LiMeijun*,GeoffreyS.Ellis.Qualitativeandquantitativeanalysisofdibenzofuran,alkyldibenzofurans,andbenzo[b]naphthofuransincrudeoilsandsourcerockextracts,Energy&Fuels,2015,29(3),pp1421–1430.
[20]FangRonghui,LiMeijun*,WangTieguan,ZhangLiwen,ShiShengbao,Identificationanddistributionofpyrene,methylpyrenesandtheirisomersinrockextractsandcrudeoils.OrganicGeochemistry,2015,83–84,65-76.
[21]LiMeijun*,WangTieguan,ShiShengbao,LiuKeyu,EllisGeoffrey.Benzo[b]naphthothiophenesandalkydibenzothiophenes:moleculartracersforoilmigrationdistances.MarineandPetroleumGeology,2014,57,403-417
[22]LiMeijun*,WangTieguan,ShiShengbao,ZhuLei,FangRonghui.Theoilmaturityassessmentbymaturityindicatorsbasedonmethylateddibenzothiophenes.PetroleumScience,2014/6,11(2),234-246.
[23]LiMeijun*,ZhongNingning,ShiShengbao,ZhuLei,TangYoujun.TheoriginoftrimethyldibenzothiophenesandtheirapplicationasmaturityindictorsinsedimentsfromtheLiaoheBasin,EastChina.Fuel,2013,103,299-307.
[24]LiMeijun*.,SimoneitB.R.T.,ZhongNingning,FangRonghui,ThedistributionandoriginofdimethyldibenzothiophenesinsedimentextractsfromtheLiaoheBasin,EastChina.OrganicGeochemistry,2013,65,63-73.
[25]LiMeijun*,WangTieguan,ZhongNingning,ZhangWeibiao,AkbarSadik,LiHongbo.Ternarydiagramoffluorenes,dibenzothiophenesanddibenzofurans:Indicatingdepositionalenvironmentofcrudeoilsourcerocks.Energy,Exploration&Exploitation,2013,31(4),569-588.
[26]李美俊*,张忠涛,陈聪,杨程宇,卢晓林,付健,代金慧,唐友军.珠江口盆地白云凹陷储层沥青成因及其对油藏调整改造的启示.石油与天然气地质,2019,40(01):133-141.
[27]杨思博,赖洪飞,李美俊*,杨禄,王辉.湖相烃源岩有机质甲基菲指数及甲基菲比值与成熟度关系.长江大学学报(自科版),2018,15(19):12-17+85-86.
[28]赖洪飞,李美俊*,刘计国,毛凤军,杨禄,杨程宇,肖洪.强制海退体系域中烃源岩的类型与测井评价——以尼日尔Termit盆地为例.沉积学报,2018,36(02):390-400.
[29]李美俊*,赖洪飞,毛凤军,刘计国,肖洪,唐友军.层序地层格架下烃源岩地球化学研究:以尼日尔Termit盆地为例.地球科学,2018,43(10):3603-3615
[30]杨禄,李美俊*,刘晓强,蒋维东,杨程宇,赖洪飞,亢品.甲基二苯并噻吩的吸附性及油藏充注途径示踪机理之Connolly分子表面计算证明.地球化学,2017,46(04):367-372.
[31]杨程宇,李美俊*,倪智勇,杨福林,陈昊卫.塔里木盆地西北缘玉尔吐斯组硅质岩成因及石油地质意义.沉积学报,2016,34(4):653-661.
[32]张宝收,李美俊*,赵青,王铁冠,张科,肖中尧,黄少英.原油中C26-C28三芳甾烷相对含量计算方法及其应用.石油实验地质,2016,38(5):692-697.
[33]杨禄,李美俊*,张春明.生物降解作用对大宛齐油田库车组原油轻烃参数的影响.高校地质学报,2016,22(3):549-554.
[34]李美俊*,王铁冠.油藏地球化学在勘探中的研究进展及应用:以北部湾盆地福山凹陷为例.地学前缘,2015,01,215-222.
[35]李美俊*,王铁冠,张卫彪.塔河油田奥陶系原油C26降胆甾烷分布特征及地质意义.石油实验地质,2015,37(1),64-70,79.
[36]唐琪,李美俊*.海相页岩有机质甲基菲指数与成熟度关系甲基菲,油气地质与采收率,2015,22(3):62-66.
[37]李美俊*,师生宝,王铁冠,方镕慧,朱雷.石油和沉积有机质中C3-、C4-烷基取代二苯并噻吩的鉴定.地球化学,2014/03,43(2):157-165.
[38]师生宝*,李美俊,朱雷.石油和沉积有机质中C1和C2-烷基取代二苯并噻吩的分布和鉴定.石油实验地质,2014/09,36(5):612-617.
[39]李美俊,师生宝,王铁冠,张利文,杨福林.应用石油中三芴系列判识沉积环境的几个问题.地球科学前沿,2013,3(1):22-28.