摘要
电离室电缆提升机构的设计,在堆顶空间受限的条件下,需解决的是电缆随动问题。经过对多种随动技术进行比较,最后采用了分别在牵引钢丝绳和电缆上设卡的方法,选择合适的设卡距离及设卡数量,能可靠地满足电离室提升的要求。
In the design of ionization chamber cable lifting mechanism,follow-up problem has to be solved considering the limit spaceat top of the reactor.In comparison with various follow-up tech-nics,a cramping method is eventually adopted,in which theinterval between cramps and cramp number have been able tomeet the requirements of the ionization chanmber lift.
出处
《核动力工程》
EI
CAS
CSCD
北大核心
1992年第5期55-58,共4页
Nuclear Power Engineering
关键词
反应堆
电离室
提升设备
传动
设计
5MW Low Power Reactor
Ionization chamber drive
Follow-up technics
