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[1]Shi,J.,Wang,S.,Xu,X.,Sun,Z.,Li,J.,Meng,Y.2018.Asemi-analyticalproductivitymodelforaverticallyfracturedwellwitharbitraryfracturelengthundercomplexboundaryconditions,SPEJournal,SPE-191368-PA.
[2]Shi,J.,Chang,Y.,Wu,S.,Xiong,X.,Liu,C.,Feng,K.Developmentofmaterialbalanceequationsforcoalbedmethanereservoirsconsideringdewateringprocess,gassolubility,porecompressibilityandmatrixshrinkage.Int.J.Coal.Geol.2018,195,200-216.
[3]Shi,J.,Wang,S.,Zhang,H.,Sun,Z.,Hou,C.,Chang,Y.,Xu,Z.Anovelmethodforformationevaluationofundersaturatedcoalbedmethanereservoirsusingdewateringdata.Fuel,2018,229,44-52.
[4]Shi,J.,Sun,Z.,Li,X.AnalyticalModelsforLiquidLoadinginMultifracturedHorizontalGasWells,SPEJournal,2016,21(2):471-487.
[5]Shi,J.,Li,X.,Cheng,S.;Zhou,J.,Gao,B.Anewapproachforevaluatingwelldeliverabilityinultra-thickgasreservoirs,JournalofPetroleumScienceandEngineering,2015,133:869-880.
[6]Shi,J.;Huang,L.,Li,X.,Sepehrnoori,K.Productionforecastingofgascondensatewellconsideringfluidphasebehaviorinthereservoirandwellbore,JournalofNaturalGasScienceandEngineering,2015,24:279-290.
[7]Shi,J.;Li,X.;Li,Q.;Wang,F.;Sepehrnoori,K.Gaspermeabilitymodelconsideringrockdeformationandslippageinlowpermeabilitywater-bearinggasreservoirs,JournalofPetroleumScienceandEngineering,2014,120:61-72.
[8]Shi,J.,Li,X.,Zhou,J.,Li,Q.,WuK.HowtoEvaluateandPredictDeliverabilityChangeofGasCondensateWells?,PetroleumScienceandTechnology,2014,32(4):442-449.
[9]Shi,J.;Li,X.;Zhou,J.;Li,Q.;Wu,K.,DeliverabilityPredictionofGasCondensateWellsBasedonStatistics,PetroleumScienceandTechnology,2013,31(13):1353-1360.
[10]Shi,J.;Varavei,A.;Huh,C.;Delshad,M.;Sepehrnoori,K.,Li,X.TransportModelImplementationandSimulationofMicrogelProcessesforConformanceandMobilityControlPurposes,Energy&Fuels,2011,25(11):5063-5075.
[11]Shi,J.;Varavei,A.;Huh,C.;Delshad,M.;Sepehrnoori,K.;Li,X.ViscosityModelofPreformedMicrogelsforConformanceandMobilityControl,Energy&Fuels,2011,25(11):5033-5037.
[12]SunZ.,ShiJ.,WuK.,LiX.GasFlowBehaviorthroughInorganicNanoporesinShaleConsideringConfinementEffectandMoistureContent.Industrial&EngineeringChemistryResearch,2018,57,3430?3440.
[13]SunZ.,ShiJ.,WangK.,MiaoY.,ZhangT.,FengD.,SunF.,WangS.,HanS.,LiX.Thegas-watertwophaseflowbehaviorinlow-permeabilityCBMreservoirswithmultiplemechanismscoupling.JournalofNaturalGasScienceandEngineering,2018,52,82-93.
[14]SunZ.,ShiJ.,ZhangT.,WuK.,MiaoY.,FengD.,SunF.,HanS.,WangS.,HouC.,LiX.Themodifiedgas-watertwophaseversionflowingmaterialbalanceequationforlowpermeabilityCBMreservoirs.JournalofPetroleumScienceandEngineering,2018,165,726-735.
[15]SunZ.,ShiJ.,ZhangT.,WuK.,FengD.,SunF.,HuangL.,HouC.,LiX.Afully-coupledsemi-analyticalmodelforeffectivegas/waterphasepermeabilityduringcoal-bedmethaneproduction.Fuel,2018,223,44-52.
[16]SunZ.,ShiJ.,WuK.,MiaoY.,ZhangT.,FengD.,XiaoZ.,WuN.,LinW.,LiX.Afully-coupledgas-watertwophaseproductivityequationsforlow-permeabilityCBMwells.JournalofPetroleumScienceandEngineering,2018,166,611-620.
[17]SunZ.,ShiJ.,WuK.,XuB.,ZhangT.,ChangY.,LiX.Transportcapacityofgasconfinedinnanoporousultra-tightgasreservoirswithrealgaseffectandwaterstoragemechanismscoupling.InternationalJournalofHeatandMassTransfer,2018,126,1007-1018.
[18]SunZ.,ShiJ.,WuK.,ZhangT.,FengD.,LiX.Effectofpressurepropagationbehavioronproductionperformance:Implicationforadvancinglow-permeabilitycoalbedmethanerecovery.SPEJournal.2018,SPE-194021-PA.
[19]WangS.,ShiJ.,WangK.,SunZ.,MiaoY.,HouC.Apparentpermeabilitymodelforgastransportinshalereservoirswithnano-scaleporousmedia.JournalofNaturalGasScienceandEngineering,2018,55:508-519.
[20]WangS.ShiJ.,WangK.,SunZ.,ZhangT.Newcoupledapparentpermeabilitymodelsforgastransportininorganicnanoporesofshalereservoirsconsideringmultipleeffects.Energy&Fuels,2017,31(12):13545–13557.
[21]ShiJ.;LiQ.;ZhangL.;SunX.;SunZ.;LiuS.,Anabnormalityofproductivityindicativecurvesofmulti-layergaswells:Reasonanalysisandcorrectionmethod.NaturalGasIndustryB,2018,10.1016/j.ngib.2018.03.004
[22]Shi,J.;Li,S.;Sun,F.;Li,J.;Li,X.;Zang,J.;Li,Y.;Zhang,F.,ANewApproachtoEvaluateStimulationEffectivenessinUnconventionalReservoirs,theInternationalPetroleumTechnologyConference,KualaLumpur,2014.12.10-2014.12.12.
[23]Shi,J.;He,X.;Sun,F.;Yu,W.;Li,X.,ANewAnalyticalModelforLiquidLoadinginShaleGasReservoirs,SPE/AAPG/SEGUnconventionalResourcesTechnologyConference,Denver,2014.8.25-2014.8.27.
[24]Shi,J.;LiX.;XuH.;LiY.;RenW.;WangH.;XuZ.;WangZ.,DesorptionAndTransportMechanismsOfGasThroughCoalMatrixPoresAndGasProductionForecasting,SPEUnconventionalResourcesConferenceandExhibition-AsiaPacificheldinBrisbane,Australia,11–13November2013.,2013.11.11-2013.11.13.
[25]Shi,J.;Zhang,L.;LiY.;YuW.;HeX.;LiuN.;LiX.;WangT.,DiffusionandFlowMechanismsofShaleGasthroughMatrixPoresandGasProductionForecasting,SPEUnconventionalResourcesConference-CanadaheldinCalgary,Alberta,Canada,5–7November2013,2013.11.5-2013.11.7.
[26]石军太,李相方,徐兵祥,杜希瑶,李彦尊,温声明,张冬玲.煤层气解吸扩散渗流模型研究进展[J].中国科学:物理学力学天文学,43(12):1548-1557,2013.