简介：2017年10月25日，由中国国际核聚变能源计划执行中心主办、核工业标准化研究所承办的RCC-MRx标准培训在北京圆满结束。此次培训是在RCC-MRx专项研究工作基础上开展的，旨在与中方ITER计划相关单位沟通目前研究成果，了解目前存在的主要问题，会同相关方更好地推进该标准的应用执行。

简介：摘 要：根据对ITER项目部已完成的CWP003+008包施工过程的分析，在实际进展与进度计划对比的基础上，寻找进度优化及风险预判的可能性，用于指导后续CWP包的准备以及现场实施,以达到对CWP包计划优化及风险管控。

简介：介绍了国际热核聚变实验堆(ITER)计划的产生背景及发展过程。简述了国际ITER标准化研究的现状及我国在ITER标准化研究领域中开展和将要开展的工作。

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简介：AnewchallengetotheexistingpelletfuellingtechniquefortheInternationalThermonuclearExperimentalReactor(ITER)hasbeendiscussedbycomputingablationrateusingKuteevlentilmodelwithconsideringthekineticeffects.NumericalintegralresultsshowtheexistingpelletinjectiontechniquewillbedifficulttomeetthedeepfuellingrequirementforthereactorrelevantplasmaofITER.Ashighasapressureof254MPashouldbeappliedtothepelletacceleratorof2-meterslongsinglestagepneumaticgun,

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简介：Thermalhydraulicanalysiswasperformedforthe2004ITERblanketdesign,whichwasbasedonthefabricationmethodsofforging,drillingandwelding.Resultsshowthat,intheoriginaldesign,theflowdistributioninradialholeswasfarfromuniformbecausedifferentflowdriverswereusedintheradialholes.Improvementoftheflowdriverisproposedinthisstudy.Withtheoptimizationoftheflowdrivers,itisclearlyshownthatthetotalpressuredropdecreasesandabettervelocitydistributioninradialholesisobtained.Themoreuniformheattransfercoefficientamongtheradialholesisbeneficialforreducingthermalstress.

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简介：TheDCreactorisanimportantpieceofequipmentforrestrainingloopandripplecurrentsintheinternationalthermonuclearexperimentalreactor(ITER)converterpowersupplysystem.Asthereactorisoperatedatasteadystateof27.5kAandneedstowithstandapeakcurrentof175kA,sothedesignoftheDCreactorusedintheITERconverterpowersupplysystemisnecessary.Anewwater-coolingdry-typeair-corereactorisdesignedinthiswork.Thedetailedstructuralparametersarecalculatedbytheoreticalformulas,andthenthestructureisoptimizedbyelectromagneticsimulationwithANSYS.Finally,thermalanddynamicstabilityanalysesareperformedtoverifythetemperatureandstressataratedcurrentof27.5kAandpulsedcurrentof175kA.TheanalysisresultsshowthatthetemperatureandstressmeettherequirementsoftheITERconverterpowersupplysystem.

简介：AstructuralanalysisoftheInternationalThermonuclearExperimentalReactor(ITER)vacuumvessel'slowerportregionwaspresentedbymeansofafiniteelementanalysismethod.Thepurposeistoevaluatethestressanddisplacementlevelonthisstructureundervariouscombinationsoffivedesignedloads,includingthegravityofthevacuumvessel,seismicloads,electromagneticloads,andpossiblepressureloadstoensurestructuralsafety.ThecyclicsymmetryfiniteelementmodelofthisstructurewasdevelopedbyusingANSYScode.There-sultsshowedthatthemaximumstressdoesnotexceedtheallowablevalueforanyoftheloadcombinationsaccordingtoASMEcodeandtheninevacuumvessel(VV)supportshavetheabilitytosustaintheentireVVandinvessel-componentsandwithstandloadcombinationsunderbothnormalaswellasoff-normaloperationconditions.StressmainlyconcentratesontheconnectingregionoftheVVsupportandlowerportstubextension.

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简介：AdesignofthemainAC/DCconvertersystemforITERisdescribedandthecon-figurationofthemainAC/DCconvertersispresented.Toreducethereactivepowerabsorbedfromtheconverterunits,themainAC/DCconvertersaredesignedtobeseries-connectedandworkinasequentialmode.Thestructureoftheregulatoroftheconvertersystemisdescribed.AsimulationmodelwasbuiltupforthePSCAD/EMTDCcode,andthedesignwasvalidatedaccordingly.Harmonicanalysisandreactivepowercalculationoftheconvertersunitsarepresented.Theresultsrevealtheadvantageofsequentialcontrolinreducingreactivepowerandharmonics.

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