科技视界
科技視界
과기시계
Science&Technology Vision
2015年
26期
267-268
,共2页
陈书华%黄新东%安彦波%任荷%瓮松峰
陳書華%黃新東%安彥波%任荷%甕鬆峰
진서화%황신동%안언파%임하%옹송봉
已辐照燃料%辐射%接收装置
已輻照燃料%輻射%接收裝置
이복조연료%복사%접수장치
Spent Fuel%Radiation%Receiving Device
已辐照燃料组件由于辐射剂量大而导致其转运过程复杂,空中转运可以通过换料机铅屏屏蔽辐射,水下转运则通过水层屏蔽,而从空中转移到水下的过程需要专用的接收装置来完成,给出了已辐照燃料接收装置的设计思路,介绍了其结构,并对相关零件进行了计算校核。
已輻照燃料組件由于輻射劑量大而導緻其轉運過程複雜,空中轉運可以通過換料機鉛屏屏蔽輻射,水下轉運則通過水層屏蔽,而從空中轉移到水下的過程需要專用的接收裝置來完成,給齣瞭已輻照燃料接收裝置的設計思路,介紹瞭其結構,併對相關零件進行瞭計算校覈。
이복조연료조건유우복사제량대이도치기전운과정복잡,공중전운가이통과환료궤연병병폐복사,수하전운칙통과수층병폐,이종공중전이도수하적과정수요전용적접수장치래완성,급출료이복조연료접수장치적설계사로,개소료기결구,병대상관령건진행료계산교핵。
The transport of spent fuel is very complex because of huge radiation. The radiation is shielded by refueling machine in the air, and by water layer in the underwater. The receiving device is needed when the spent fuel is tansported between the air and water. This paper gives the design scheme, structure and strength checking of the receiving device.