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氚靶生产现场氚监测系统的构建
引用本文:陈志林,常瑞敏,贺月虹,吴冠银,穆龙,王和义,陈平,华生.氚靶生产现场氚监测系统的构建[J].原子能科学技术,2010,44(7):893-896.
作者姓名:陈志林  常瑞敏  贺月虹  吴冠银  穆龙  王和义  陈平  华生
作者单位:中国工程物理研究院核物理与化学研究所,四川 ;绵阳621900
摘    要:氚靶生产过程中的氚监测是保障工作安全进行的有力条件。通过建立1套中央控制多区域监测子系统,并辅之以便携式监测仪器及取样设备,构建成1套完整的氚靶生产现场氚监测系统。系统在氚靶生产过程中得以应用,结果表明,中央控制多区域监测系统的响应时间小于10s,其它设备运行正常,能很好地满足氚靶生产现场的监测要求。

关 键 词:氚靶    在线监测    氚防护

Development of Radiation Monitoring System for Preparation Laboratory of Tritium Target
CHEN Zhi-lin,CHANG Rui-min,HE Yue-hong,WU Guan-yin,MU Long,WANG He-yi,CHEN Ping,HUA Sheng.Development of Radiation Monitoring System for Preparation Laboratory of Tritium Target[J].Atomic Energy Science and Technology,2010,44(7):893-896.
Authors:CHEN Zhi-lin  CHANG Rui-min  HE Yue-hong  WU Guan-yin  MU Long  WANG He-yi  CHEN Ping  HUA Sheng
Affiliation:Institute of Nuclear Physics and Chemistry, China Academy of Engineering Physics, Mianyang 621900, China
Abstract:Radiation monitor is one of the key points for a successful preparation laboratory of tritium target. A whole monitor system in preparation laboratory of tritium target was based on both the main centralized multi-area systems and portable instruments, as well as the sampling system. It was checked out in the tritium target preparation progress. The results indicate that the response time of centralized multi-area systems is less than 10 s, and other instruments also work well. This monitor system can meet the need of tritium monitor in tritium target preparation laboratory very well.
Keywords:tritium target  online monitor  tritium protection
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