微波促进环境友好的Suzuki芳基偶联反应研究

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1、成都理工大学硕士学位论文新型甲酸盐钻井液体系的研究与应用姓名：邱存家申请学位级别：硕士专业：地质工程指导教师：陈礼仪;吴飞2003.6.1ABSTRACTThisarticlebasedonthegeologicalinvestigationitemofCGS(ChineseGeologicalSurvey)in2001，ResearchofNewFormate—basedDrillingFluidsSystem，studiesthesystemindetailaccordingtothetwosubsystems，whichareformate-basedsoli

2、d—freedrillingfluidandformate—basedsolid-lowdrillingfluid．Thepurposeistodevelopanewformate—baseddrillingfluidssystem，whichcanmeettherequirementsofCCSD(ChineseContinentalScientificDrillingProject)，diamond-corddrilling，slim·holedrillingandtheexplorationofspecialmines．Thearticlefirstlyint

3、roduceestherequirementsthatdrillingfluidsmustmeetaccordingtomodemdrillingtechnology,expoundsthenational—foreignresearchandapplicationconditions，thefeatureandfunctionofformate—baseddrillingfluidsindetail．Thecorepartiscomposedoffourfacets：basaltheoryaboutfomatebrine，experiments，performan

4、cesynthesisassessmentandapplication．Thearticlestudiesthetwosubsystemsindetail．Intheba．saltheorypartofformate—basedsolid—freedrillingfluid，itexpoundsthebasalcomponentsandfunctions，andthefunctionmechanisms；Inexperimentspart，itexpoundsfromtheselectionofthematerialstothedevelopmentanddeter

5、minationoftheoptimizedformulations；Bymeansoftheperformancesynthesisassessmentandtheanti—high-temperaturepurposewhichtheCCSDrequires，itdeterminestheoptimizedformulationsofformate-basedsolid-freedrillingfluidfinally．Intheresearchofformate—basedsolid—lowdrillingfluidsystem，itbeginsfromthe

6、purposethatthebasalfluidshallbekeepingtheperformancestablyinhigh—densityformate·basedsolution，andfinallyaquiresseveraloptimizedformulationsofformate-basedsolid—lowdrillingfluidsystem，whichhavedifferentfeatures，bymeansoftheexperimentsindetail．Throughthecompleteperformancesynthesisassess

7、ment，itholdsouttheformulationsofformate·-basedsolid．-lowdrillingfluidsystemwhichhavetheanti—temperatureandenvironment·protectionfeatures．Intheapplicationpart，itmakestheresearchbeforeapplicationinsiteaimingattheexplorationofthepotassiummine．Itgetsthepotassiumminesamplesfromsites，andso