张昆
近期热点
资料介绍
个人简历
张昆,男,山东郓城人,中共党员,博士,讲师。2019年获中国石油大学(北京)地质资源与地质工程博士学位,2017.10至2018.10在美国犹他大学(UniversityofUtah)交流访问,从事非常规油气沉积、储层、成藏等方面的理论研究、技术应用和教学工作。主持/参与博士后科学基金、国家科技重大专项、油田公司项目多项。以第一作者/通讯作者在《Fuel》、《JournalofPetroleumScienceandEngineering》、《MarineandPetroleumGeology》、《Energies》、《Minerals》、《Geofluids》、《OpenGeosciences》等期刊发表SCI期刊文章16篇,其中顶级期刊3篇,1篇入选ESI全球高被引论文,以第一发明人授权发明专利3个。学术报告曾获首届“全国非常规油气研究生学术论坛”二等奖。担任《Fuel》、《JournalofPetroleumScienceandEngineering》、《MarineandPetroleumGeology》、《JournalofNaturalGasScienceandEngineering》、《Geofluids》、《OpenGeosciences》等国际期刊审稿人、美国地质学会(GSA)会员。教育背景及工作经历2012.8至2015.8威德福(Weatherford)能源服务公司工程师2015.9至2019.6中国石油大学(北京)博士2017.10至2018.10美国犹他大学(UniversityofUtah)访问学者2019.7至今西南石油大学地球科学与技术学院讲师/师资博士后研究领域
非常规油气地质"研究领域1、非常规油气沉积、储层、成藏2、有机质沉积主要研究项目1、中国博士后科学面上基金(2019M663560),龙马溪组一段页岩封闭性形成机理及对有机质孔发育影响,2019.12至2021.05,负责人;2、国家科技重大专项(2017ZX05035-002),五峰-龙马溪组富有机质页岩储层精细描述与页岩气成藏机理,2017.01至2020.12,科研骨干;3、重庆地质矿产研究院课题,重庆东南缘复杂构造带页岩含气量分布影响因素研究,2018.04至2018.12,科研骨干;4、江西省页岩气投资公司课题,江西修武盆地构造演化与页岩生排烃关系研究,2016.04至2016.12,科研骨干;5、江西省页岩气投资公司课题,江西修武盆地页岩含气性影响因素及定量预测,2015.09至2016.03,科研骨干专利授权(1)张昆近期论文
(1)ZhangKun,JiaChengzao,SongYan,etal.,2020.AnalysisofLowerCambrianshalegascomposition,sourceandaccumulationpatternindifferenttectonicbackgrounds:AcasestudyofWeiyuanBlockintheUpperYangtzeregionandXiuwuBasinintheLowerYangtzeregion.Fuel263(2020),115978,1–15.(2)ZhangKun,SongYan,JiangShu,etal.,2019.Shalegasaccumulationmechanisminasynclinesettingbasedonmultiplegeologicalfactors:AnexampleofsouthernSichuanandtheXiuwuBasinintheYangtzeRegion.Fuel241(2019),468–476.(3)ZhangKun,SongYan,JiaChengzao,etal.,2019.Verticalsealingmechanismofshaleanditsroofandfloorandeffectonshalegasaccumulation,acasestudyofmarineshaleinSichuanbasin,theUpperYangtzearea.JournalofPetroleumScienceandEngineering175(2019),743–754.(4)ZhangKun,SongYan,JiangShu,etal.,2019.Mechanismanalysisoforganicmatterenrichmentindifferentsedimentarybackgrounds:AcasestudyoftheLowerCambrianandtheUpperOrdovician-LowerSilurian,inYangtzeregion.MarineandPetroleumGeology99(2019),488–497.(5)ZhangKun,JiangZhenxue,YinLishi,etal.,2017.Controllingfunctionsofhydrothermalactivitytoshalegascontent-takinglowerCambrianinXiuwuBasinasanexample.MarineandPetroleumGeology85(2017),177–193.(6)ZhangKun,LiZhuo,JiangShu,etal.,2018.ComparativeAnalysisoftheSiliceousSourceandOrganicMatterEnrichmentMechanismoftheUpperOrdovician–LowerSilurianShaleintheUpper-LowerYangtzeArea.Minerals2018(8),283.(7)ZhangKun,JiangZhenxue,XieXuelian,etal.,2018.LateralPercolationandItsEffectonShaleGasAccumulationontheBasisofComplexTectonicBackground.Geofluids2018.(8)ZhangKun,SongYan,JiangShu,etal.,2019.Accumulationmechanismofmarineshalegasreservoirinanticlines:acasestudyofthesouthernSichuanBasinandXiuwuBasinintheYangtzeregion.Geofluids2019.(9)HuangYizhou,ZhangKun,JiangZhenxue,etal.,2019.Acauseanalysisofthehigh-contentnitrogenandlow-contenthydrocarboninshalegas:AcasestudyoftheEarlyCambrianinXiuwuBasin,YangtzeRegion.Geofluids2019.(10)LiuWeiwei,ZhangKun,JiangZhenxue,etal.,2018.EffectofthehydrothermalactivityintheLowerYangtzeregiononmarineshalegasenrichment:AcasestudyofLowerCambrianandUpperOrdovician-LowerSilurianshalesinJiangye-1well.OpenGeosciences10(2018),582–592.(11)LiZhuo,ZhangKun,SongYan,etal.,2019.SourceAnalysisofSiliconandUraniuminuranium-richshaleintheXiuwuBasin,SouthernChina.OpenGeosciences11(2019),89–100.(12)LiZhuo,ZhangKun,SongYan,etal.,2019.Divisionofshalesequencesandpredictionofthefavorableshalegasintervals:anexampleoftheLowerCambrianofYangtzeRegioninXiuwuBasin.OpenGeosciences2019,11(2019),183–195.(13)WenMing,JiangZhenxue,ZhangKun,etal.,2019.DifferenceanalysisoforganicmatterenrichmentmechanismsinupperOrdovician-lowerSilurianshalefromtheYangtzeregionofsouthernChinaanditsgeologicalsignificanceinshalegasexploration.Geofluids2019.(14)HuangYizhou,JiangZhenxue,ZhangKun,etal.,2018.EffectofHydrothermalActivityonOrganicMatterEnrichmentofShale:ACaseStudyoftheUpperOrdovicianandtheLowerSilurianintheLowerYangtze,SouthChina.Minerals2018(8),495.(15)LiuXiaoxue,JiangZhenxue,ZhangKun,etal.,2019.MechanismAnalysisofOrganicMatterEnrichmentofUpperOrdovician-LowerSilurianShaleintheUpperYangtzeArea:TakingJiaoye-1WellintheJiaoshibaBlockasanExample.Geofluids2019.(16)WangXin,JiangZhenxue,ZhangKun,etal.,2020.AnalysisofGasCompositionandNitrogenSourcesofShaleGasReservoirunderStrongTectonicEvents:EvidencefromtheComplexTectonicAreaintheYangtzePlate.Energies2020(13),281. 相关热点
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