摘要
为了提高堆芯探测器组件拆除操作的效率,缩短拆除操作时间,减少拆除装置对厂房环吊的占用,分别建立拆除装置各主要功能部件、厂房环吊等设备的运动学模型。根据确定的各项操作的必要逻辑关系,推导完成一组四根探测器组件拆除所需总时间的方程,并确认其满足目标要求。同时,结合“华龙一号”已知设备的相关运行参数,研究关键参数对拆除操作总时间的影响。
In order to improve the efficiency of dismantlement operation of in-core instrumentation detectors,reduce the operation time and occupancy time of polar crane,kinematic models of the main dismantlement equipment and polar crane are established respectively.Based on the certain logical relationship,general formulas for total time of dismantlement operation of 4 detectors in a group are derived,which verifies the total time requirements are meet.Meanwhile with the known operation parameters,the key parameter to the total time are researched.
作者
李娜
余志伟
安彦波
张翼
王尚武
湛卉
LI Na;YU Zhiwei;AN Yanbo;ZHANG Yi;WANG Shangwu;ZHAN Hui(National Key Laboratory of Reactor System Design Technology,Nuclear Power Institute of China,Chengdu of Sichuan Prov.610213,China)
出处
《核科学与工程》
CAS
CSCD
北大核心
2020年第2期341-348,共8页
Nuclear Science and Engineering
关键词
堆芯探测器组件
拆除
参数化
时间
In-core instrumentation detectors
Dismantle
Parametric
Time
