石油机械制造企业ERP系统编码体系的建立

©1994-2009ChinaAcademicJournalElectronicPublishingHouse.Allrightsreserved.:2007-06-11:,,,:(610051)5,:028-86916769ERP().ERP.,2007,30(5):114-118:ERP,ERPERP,,:ERP;;:TE8-2:B:1006-768X(2007)05-0114-05ERP(EnterpriseResourcesPlanning,)2090ERP,,,,,,,ERPERP,ERP,,:(1):,(2):,(3):,(4):,,(5):,(6):,ERP,,;,1ERP,,,,,,,,,,1ERP411DRILLING&PRODUCTIONTECHNOLOGY20079Sep.2007©1994-2009ChinaAcademicJournalElectronicPublishingHouse.Allrightsreserved.,511SY5497-2000,,8,3,22:(1):,2,SY5497-2000,60,1(2):,2,SY5497-2000(3):,2,SY5497-2000(4):,2,SY5497-2000,(5):,3,,,,1010203:,25W40W,223407030125W3707030100140W3707030100221,511,33::,1,,3:,1,,4:,3,,,20,,051/2054:,3,,IADC:,3,:81/2S127,A10841270013AABBZ/41A-12A-231,61312,2511305Vol.30No.5DRILLING&PRODUCTIONTECHNOLOGY©1994-2009ChinaAcademicJournalElectronicPublishingHouse.Allrightsreserved.,,-,44:312:,2,,681/2S127,A1084127001,Z1084127001-01Z1084127001-02Z1084127001-03,Z1084127001-04501102261124123,55::,1,7:,2,,85136,671239801026:(1):,1;2(2):,3,,,,410,:,028,,813(0813);,001(3)::1813005,(1),(0813),00561,36,77:611DRILLING&PRODUCTIONTECHNOLOGY20079Sep.2007©1994-2009ChinaAcademicJournalElectronicPublishingHouse.Allrightsreserved.(1):,,9(2):,3,,(3):9123457135,88::,GB/T2261,1,1,2:,2,2:,2,:198018010,1980,,1081,,57,99::,2,24,10:,::3,:1000m01(),1(),1(),1(1000m),01,011101;,1000m0111021001029123,1010::,1,11:,21211129123003011302210123,11711305Vol.30No.5DRILLING&PRODUCTIONTECHNOLOGY©1994-2009ChinaAcademicJournalElectronicPublishingHouse.Allrightsreserved.::,1,13:,214131214100101111134,1212::,1,15:,1,16:,215112231611121ERP,,,ERP,,,,ERP15ERP,,ERP,,,[1][S].GB/T7027-2002.[2][S].SY5497-2000.[3].()[M].:,200619.(:)(104),;357,,,,-015P0015P0[1],,1[J]1,2006,34(2):10-141[2],,1[J]1,2005,33(11):24-271[3],,,1[J]1,2004,25(4):84-911(:)811DRILLING&PRODUCTIONTECHNOLOGY20079Sep.2007©1994-2009ChinaAcademicJournalElectronicPublishingHouse.Allrightsreserved.(MachineryPlantofEastSichuanDrillingCo.,CNPCSichuanPetroleum),DPT30(5),2007:111-113Abstract:XJ650/XJ450workoverrigmadeinChinahowtoadapttoNorthAfricadesertandtropicaljunglezoneandinterna2tionaloperationstandardsarestudied.ThecorollaryequipmentsofXJ650/XJ450workoverrigmadeinChinainNorthAfricaweresystematicallyintroduced.Themodifyingprojectoftruck-mount2edworkoverrigthatiseconomicalandpractical,safetyandcon2venient,andhighefficientwassummarized.ThelotsofmodifyingpracticetoXJ650/XJ450workoverrigmadeinChinaprovedthemodifyingprojectcouldachievetherequirementofpartyA,andtheworkoverrigaftermodifyinghadthefeaturesofperfectsystemsfunctioning,goodoperationstatusandhighefficiency.Keywords:NorthAfricaarea,workover,modifyingprojectQIXianghong,whograduatedfromtheMechanicalEngi2neeringDepartmentoftheSouthwestPetroleumInstitutein1996,isworkinginMachineryPlantofEastSichuanDrillingCo,SPAatpresent.Add:MachineryPlantofEastSichuanDrillingCo.,CNPCSichuanPetroleum,No.74HanyuRoad,YubeiDistict,ChongqingCity401120,P.R.ChinaTel:86-23-67370157E-mail:[e-mail]TROLEUMMININGMACHINERYENTERPRISEZHENGJiawei(ChengduPetroleumMachineryFactory,CNPCSichuanPetroleum),DPT30(5),2007:114-118Abstract:EstablishingrationalcodingsystemisERPimple2mentarykey,iteffectsdirectlythesuccessorfailureofimplementERP.Thepaperputforwardthecodingsystemofpetroleummin2ingmachineryenterpriseandgavetheexamplesofmaincoding.Keywords:ERP,codingsystem,exampleZHENGJiawei,ischiefengineerofChengduPetroleumMachineryFactory,CNPCSichuanPetroleum.Add:Chengducity610051,SichuanProvince,P.R.ChinaTel:86-28-6016769RESEARCHONFOAMMORPHOLOGYOFANTI-TEMPERATUREANDANTI-SALTFOAMFLOODINGZHOUMing1,PUWanfeng2,ZHAOJinzhou3andWANGXia1(1.MaterialsScienceandEngineeringDepartment,South2westPetroleumUniversity;2.PetroleumEngineeringDepartment,SouthwestPetroleumUniversity;3.StateKeyLaboratoryofOilandGasReservoirGeologyandExploitation,SouthwestPetroleumUniversity),DPT30(5),2007:119-120Abstract:ImitatinglayerconditionswithoutsaltstateandwiththehighsalinityinZhongyuanOilfield,foamusedinfoamdisplacementhasbeenstudiedbyscanningelectricalmirror.Foammorphologywithoutsalt:thecenteroffoamisbubbleandfoamtakesontheintricacieshexagonannularstructure,submitsspaceoverlappingstate,andhasbeencoveredwithrichslendernetonannularedge.Foammorphologywithhighsalt:Itshexagonannu2larstructuralfeaturesareweakened,butthree-dimensionalstruc2turestrengthensapparently.Containingsaltfoamhasnotinde2pendentsaltstructure,andsalthasformedakindofcompositestructurewithPS-3andC14-16AOS,sosalthasaroleofstrengthenliquidfilmoffoam.Theactionmechanismofsaltthatraisesfoamstabilitywasanalyzedsystematicallyfromtwoaspects.Underthehighsalinitycondition,ringedstructuresofthefoamareresearchedrespectivelybeforeandafterhalf-lifebyelectronmi2croscope.Beforehalf-lifeoffoamwithsalt,themorphologyoffoamisfine,comparativeequality,andsizedifferenceisverysmall.Afterhalf-life,sizeoffoamdi