PRHR相关论文
福岛核事故发生以后,全厂断电事故成为了关注的热点.为了研究核电厂在全厂断电事故后的系统响应,文章采用系统分析程序针对非能动......
AP1000采用非能动余热排出系统(PRHR)用于丧失正常余热导出路径的事故工况,本文模拟全厂失电工况PRHR投运及失效两种工况的事故进......
AP1000采用非能动余热排出系统（PRHR）用于丧失正常余热导出路径的事故工况，本文模拟全厂失电工况PRHR投运及失效两种工况的事故进程及......
Extrusion process of 304L H-shaped stainless steel used in passive residual heat removal heat exchan
304L H-shaped stainless steel is used as the support frame of the passive residual heat removal heat exchanger (PRHR HX)......
在非能动核电站当中,PRHR（非能动余热排出,Passive Residual Heat Removal）是非能动安全系统的重要组成,是事故后、尤其是全厂断电事......
AP1000的非能动余热排出系统（PRHR）置于安全壳内,安全壳的环境状态直接影响PRHR的运行情况。本文采用给水管道破裂事故研究了AP1000......
In this paper numerical simulation of PRHR HX and IRWST is demonstrated using FLUENT, and different numbers of C-type he......
