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(1)ZhaoRR,ChengJM*,Effectsoftemperatureonsaltprecipitationduetoformationdry-outduringCO2injectioninsalineaquifers,GreenhouseGases:ScienceandTechnology,2017,7(4):624-636,DOI:10.1002/ghg.1672(SCI,通讯作者).
(2)LiN,PanLH,ChengJM*,NumericalModelingofCO2andBrineLeakagethroughOpenFractureinaFaultZone:OpenChannelFloworDarcyFlow.Geofluids,2017.doi:10.1155/2017/9035032.(SCI,通讯作者).
(3)ZhaoRR,ChengJM*,Non-isothermalmodelingofCO2injectionintosalineaquifersatalowtemperature.EnvironmentalEarthSciences,2015,73(9):5307-5316.doi:10.1007/s12665-014-3781-9.(SCI,通讯作者).
(4)ZhaoRR,ChengJM*,ZhengKN,etal.Numericalinvestigationofbasin-scalestorageofCO2insalineaquifersofSongliaoBasin,China.GreenhouseGases:ScienceandTechnology,2015,5(2):180-197.doi:10.1002/ghg.1473.(SCI,通讯作者)
(5)ZhaoRR,ChengJM*,ZhengKN,CO2PlumeEvolutionandPressureBuildupofLarge-scaleCO2InjectionintoSalineAquifersinSanzhaoDepression,SongliaoBasin,China.TransportinPorousMedia.2012,95(2):407-424.(SCI,通讯作者)
(6)Cheng,JM,McIntoshJC,XieXNandJiaoJJ.HydrochemistryofformationwaterwithimplicationtodiageneticreactionsinSanzhaodepressionandQijia-gulongdepressionofSongliaoBasin,China.JournalofGeochemicalExploration,2006,88(1-3):86-90.(SCI)
(7)ChengJMandChenCX,Anintegratedlinear/non-linearflowmodelfortheconduit-fissure-poremediainthekarsttriplevoidaquifersystem.EnvironmentalGeology.2005,47(2):163-174.(SCI,EI)
(8)ChengJM,ChenCXandJiMR,Determinationofaquiferroofextendingunderseafromvariable-densityflowmodellingofgroundwaterresponsetotideloading:casestudyoftheJaheRiverBasin,ShandongProvince,China.HydrogeologyJournal,2004,12(4):408-423.(SCI)
(9)LiHL,LiGY,ChengJM,BoufadelMC,Tide-inducedheadfluctuationsinaconfinedaquiferwithsedimentcoveringitsoutletattheseafloor,WaterResourcesResearch.2007.43,doi:10.1029/2005WR004724(SCI)
(10)XieXN,JiaoJJandChengJM,Regionalvariationofformationwaterchemistryanddiagenesisreactioninunderpressuredsystem:examplefromShiwudepressionofSongliaobasin,NEChina.JournalofGeochemicalExploration.2003,78-79:585-590(SCI)
(11)XieXN,JiaoJJ,LiSTandChengJM,Salinityvariationofformationwateranddiagenesisreactioninabnormalpressureenvironments,ScienceinChina(SeriesD),2003,46(3):269-284.(SCI,EI)
(12)Cheng,JM,ChenCX.Three-dimensionalmodelingofdensity-dependentsaltwaterintrusioninmulti-layeredcoastalaquifersintheJaheRiverBasin,ShandongProvince,China.GroundWater,2001,39(1):131-139.(SCI,EI)
(13)成建梅,罗伟,徐子东等,火山岩体围岩隧道断层带涌水量计算方法综合研究:-以青云山隧道为例,地质科技情报,2015,34(6):193-199.
(14)成建梅,赵静,张可霓等,深部咸含水层CO2注入下压力抬升与流体迁移的大尺度模拟研究---以松辽盆地为例。地质科技情报,2012,31(5):162-170.
(15)李莎,成建梅,宫辉力等,基于变渗透系数的地下水开采-地面沉降三维模拟研究.水文地质工程地质,2018,45(03):14[doi:10.16030/j.cnki.issn.1000-3665.2018.03.02](通讯作者)
(16)郭达鹏,康凤新、陈奂良,成建梅*等,山东淄博沣水泉域岩溶水系统模拟及水源地优化开采预测,中国岩溶,2017,36(3):327-338.(通讯作者)
(17)赵锐锐,成建梅*,使用水力屏障控制单一倾斜储层中CO2羽的迁移。地球科学,2016,41(4):675-682.(EI,通讯作者)
(18)李莎,成建梅*,李敏敏等,人类开采活动影响下的衡水地区地下水水质特征及演化,南水北调与水利科技,2016,14(3):55-61.(通讯作者)
(19)李敏敏,成建梅*,李莎等,止水不良孔导致地下水串层污染的机制探讨——以衡水某试验孔为例,水资源保护,2016,32(3):14-18,43.(通讯作者)
(20)罗伟,张洋,刘宁,成建梅*等,松辽盆地中央坳陷区北部咸水层CO2储存场地适宜性评价与储量计算,安全与环境工程,2015,22(5):52-58.
(21)李亚美,成建梅*,李敏敏等,咸水在粘性土中迁移转化的实验研究,水资源保护,2015,(3):88-93.(通讯作者)
(22)刘宁,成建梅*,罗伟等,CO2/盐水相对渗透率影响机制研究进展。地质科技情报,2015,34(1):221-226。(通讯作者)
(23)徐付桥,成建梅*,罗伟等,VG模型参数选择对咸水层CO2封存的影响研究。地质科技情报,2014,33(4):185-190。(通讯作者)
(24)崔莉红,成建梅,路万里等,考虑低速非达西流的弱透水层咸水下移过程模拟研究。水利学报,2014,45(7):33-40。(EI,通讯作者)
(25)李亚美,成建梅,崔莉红等,分层监测孔现场分级联合试验确定含水层参数。南水北调与水利科技,2013,(3):132-137。(通讯作者)
(26)张洋,成建梅,徐付桥等,陆相沉积盆地咸水层CO2埋存场地选址若干问题探讨。安全与环境工程,2013,20(5):46-52。(通讯作者)
(27)刘畅,成建梅,苏春利等,敦煌月牙泉地区人工回灌下的地下水动态模拟研究,水资源保护,2013,29(2):22-27。(通讯作者)
(28)史婷婷,成建梅,解习农等,松辽盆地北部地层水同位素特征及其地质意义,沉积学报,2012,30(2):399-404.(通讯作者)
(29)赵锐锐,孟庆辉,成建梅,深部咸含水层CO2注入的流体迁移模拟研究,岩土力学.2012,33(4):1247-1252.(EI,通讯作者)
(30)吴玺,成建梅,常敏,基于VC的MAPGIS二次开发以烟台市环境地质信息管理系统为例。地下水,2010,32(3):140-143.
(31)吴百一,叶敦范,成建梅,一种新型水电比拟实验装置研究,实验技术与管理,2010,(4):57-60.
(32)赵锐锐,成建梅,刘军等,基于GIS的海水入侵危险性评价方法研究—以深圳市宝安区为例,地质科技情报,2009,28(5):96-100.
(33)解习农,成建梅,孟元林,沉积盆地流体活动及其成岩响应,沉积学报,2009,27(5):863-871.
(34)黄玲玲,成建梅,刘军等,海岸带地质灾害评估理论与方法研究进展,水文地质工程地质,2009,(1):133-136。
(35)徐子东,成建梅,刘府生等,青云山隧道典型断层带地下水同位素分析及涌水量预测。勘察科学技术,2009,(3):42-47.
(36)黄玲玲,成建梅,赵锐锐等,不同排水方案条件下的船坞基坑涌水量数值计算,勘察科学技术,2008,(12):46-49.
(37)杨秀丽,黄玲玲,成建梅等,深圳西海岸湿地资源遥感动态监测,安全与环境工程,2008,15(1):38-41。(通讯作者)
(38)张晓宇,成建梅等,CO2的地质处置研究进展,水文地质工程地质,2006,33(4):85-89。
(39)黄丹红,成建梅,王增银等,岩溶含水层降雨非线性入渗补给的处理方法,地下水,2006,28(2);23-25。
(40)成建梅,黄丹红,胡进武,考虑潜水面变动的空间四面体单元网格自动生成方法,水科学进展,2004,15(3):276-279.(EI)
(41)成建梅,黄丹红,胡进武,海水入侵模拟理论与方法研究进展,水资源保护,2004,(2):3-8.
(42)成建梅,陈崇希,吉孟瑞,孙桂明,运用三维变密度潮汐效应模型确定滨海含水系统的海底等效边界——山东烟台夹河中下游地区为例,地球科学,2003,38(2):228-231.
(43)成建梅,胡进武,饱和水流溶质运移问题数值解法综述,水文地质工程地质,2003,(2):99-106.
(44)成建梅,具特征约束的有限元三角网格自动生成方法,长江科学院院报,2003,20(4):39-43.
(45)成建梅,考虑可信度的弥散度尺度效应分析,水利学报,2002,(2):57-61.
(46)成建梅,陈崇希,吉孟瑞,孙桂明,山东烟台夹河中、下游地区海水入侵三维水质数值模拟研究。地学前缘,2001,8(1):179-184。
(47)成建梅,陈崇希,三角网格等值线生成方法及程序实现,水利学报,1998,(10):23-26.(EI)
(48)成建梅,陈崇希,北山岩溶管道-裂隙-孔隙地下水流数值模拟初探,水文地质工程地质,1998,25(4):50-54.
(49)陈崇希,成建梅,深基坑地下水的排降—地面沉降模型探讨,勘察科学技术,1998,(2):3-7。
(50)陈崇希,成建梅,关于滑坡防治中排水模式的思考——以长江三峡黄腊石滑坡为例,地球科学,1998,23(6):628-630。(EI)
(51)孙连发,成建梅等,用渗流数值模拟试验确定围岩外水压力的一种新尝试—以盘石头水库右岸泄洪洞渗流模型为例,见:杨天民,工程环境地质与岩土工程论文选集,武汉:中国地质大学出版社,1998.
(52)成建梅,逐层子空间迭代法在地下水数值计算中的应用,地质科技情报,1997,16(1):103-107.
会议和讲座:
(1)ChengJ.M.,ZhaoR.R.,ZhangK.Netal.InvestigationofthePotentialImpactofLarge-scaleCO2StorageinSongliaoBasinontheLocalGroundwaterSystem,PosterontheU.S.-ChinaWorkshoponCarbonCapture&Storage,2009PhilomathiaForumonEnergyandEnvironment,PekingUniversity,Nov.11-12,2009.
(2)ChengJ.M,Huang.D.H,WuXetal.Anewwell-aquifercouplingmodelforcharacterizingwellhydrodynamicsinabstractionwell.IEds.ByWangYX,Proceedingsofthe7thInternationalConferenceonCalibrationandReliabilityinGroundwaterModelingModelcare2009(Wuhan,China,Sept21-23,2009),ChinaUniversityofGeosciencesPress,p247-250(ISTP)
(3)ZhaoRR,ChengJM,ZhangKNetal.A2-DmodelofCO2disposalintodeepsalineaquifers:casestudyoftheSongliaoBasin,China.In:ProceedingofThe7thInternationalConferenceonCalibrationandReliabilityinGroundwaterModeling“ManagingGroundwaterandtheEnvironment”(ModelCARE2009),Wuhan,China,September20-23,2009.ChinaUniversityofGeosciencesPress,2009,473-476.(ISTP)
(4)XiaoyuZhang,JianmeiCheng.DidmarinetransgressionhappeninLateCretaceousperiodinthesoutheastofSongliaoBasin?–Discussionfromevidentofwaterchemistry.ASupplementaryIssueofChineseJournalofGeochemistry.The7thInternationalSymposiumonEnvironmentalGeochemistry,Beijing,Sept23-27,2006.
(5)JianmeiCheng,JenniferC.Mcintosh,XinongXie,JiuJimmyJiao.HydrogeochemistryofformationwaterintheNorthernSongliaoBasin,China.GeochimicaetCosmochimicaActa,2005,69(10),Supplement,A560.PosterpresentationattheGoldschmidt2005Conference,May21-24,2005.(SCI)
(6)XinongXie,YongchaoLu,JianmeiChengandYuhongXie.Expulsionofoverpressurefluidflowalongfaults:GeochemicalevidenceofporewaterintheYinggehaibasin,SouthChinaSea.GeochimicaetCosmochimicaActa,2005,69(10),Supplement,A563.(SCI)
(7)ChenCX,ChengJMetal.Numericalmodeloflandsubsidencecausedbygroundwaterabstractionanditscountermeasure----byexampleofSuzhoucity.ProceedingsoftheSeventhInternationalSymposiumofLandSubsidence,Vol.III,672-679,2005.
(8)ChengJM,HuangDH,ChenJM.AnAdaptiveHybridMethodofCharacteristicsTechniquewithFiniteElementMethodforSolvingGroundwaterSoluteTransportProblems.BringingGroundwaterQualityResearchtotheWatershedScale,In:ProceedingofInternationalConferenceonGroundwaterQuality2004(GQ2004),Ontario,Canada.July19-22,2004.IAHSPubl.297,2005,458-464.(EI)
(9)ChengJM,HydrochemistryvariationofformationwaterindistinctabnormalpressuredenvironmentsintheNorthernSongliaoBasin,China.SeminaronJournalClub.DepartmentofEarthandPlanetarySciences,JohnsHopkinsUniversity.November18,2004.
(10)ChengJM,JiaoJJandXieXN.HydrogeochemistryofformationwaterwithimplicationtoabnormalpressuresintheNorthernSongliaobasin,China.AGUFallMeeting,2004,Abstract.
(11)Cheng,Jianmeietal.,PreliminarynumericalsimulationstudyofKarstGroundwaterlinear-nonlinearflowinBeishanarea,In:Proceedingsofthe2ndInternationalConferenceofFutureGroundwateratRisk(July1998,Changchun,China),IHP-V,TechnicalDocumentsinHydrology,No.27,UNSCO,Paris,2000,169-174.