摘要
Inordertoinvestigatethenuclearresponsetothewater-cooledceramicbreederblanketmodelsforCFETR,adetailed3Dneutronicsmodelwith22.5otorussectorwasdevelopedbasedontheintegratedgeometryofCFETR,includingheterogeneousWCCBblanketmodels,shield,divertor,vacuumvessel,toroidalandpoloidalmagnets,andports.UsingtheMonteCarloN-ParticleTransportCodeMCNP5andIAEAFusionEvaluatedNuclearDataLibraryFENDL2.1,theneutronicsanalyseswereperformed.Theneutronwallloading,tritiumbreedingratio,thenuclearheating,neutron-inducedatomicdisplacementdamage,andgasproductionweredetermined.TheresultsindicatethattheglobalTBRofnolessthan1.2willbeabigchallengeforthewatercooledceramicbreederblanketforCFETR.
出版日期
2016年07月17日(中国Betway体育网页登陆平台首次上网日期,不代表论文的发表时间)