摘要
对一新型绕带式液氢高压容器的传热过程进行了分析 ,建立了筒体壁(包括封头 )的传热模型 ,计算了热流稳定工况下各界面温差、筒体和封头的传热量以及容器的蒸发率。结果表明 ,新结构满足设计要求。
Based on the analysis of heat transfer process of a flat steel ribbon wound liquid hydrogen high pressure vessel,a heat transfer model of the walls of the shell and head has been set up.The temperature difference between intertaces,the heat transfer through the shell and head,and the evaporation rate of the vessel under a steady heat flow condition have been calculated Numerical calculation shows that such structure meets the requirement of design
出处
《低温工程》
CAS
CSCD
北大核心
2001年第6期55-61,共7页
Cryogenics
关键词
低温高压容器
扁平绕带式容器
传热
蒸发率
液氢
储存
绝热性能
cryogenic high pressure vessel
flat steel ribbon wound pressure vessel
heat transfer
evaporation rate
