EOF可居留性分析程序设计与开发
发布时间：2019-03-30 08:46
【摘要】：以先进压水堆核电厂为对象,研究了设计基准事故及严重事故工况下放射性迁移行为,确定了应急指挥中心(EOF)工作人员各种受照途径的剂量分析模型,包括进入EOF内污染空气吸入内照射、EOF内污染空气γ淹没外照射、EOF外污染空气穿过混凝土屏蔽墙或铁门γ外照射等。在此基础上,利用VC++6.0语言的MFC平台,自主研发了可视化EOF剂量计算程序VYJcode,实现了EOF剂量计算程序化目标,为非能动核电厂EOF可居留性设计提供了技术支持。通过一系列的对比验证,证明了程序的有效性、正确性。
[Abstract]:Taking the advanced PWR nuclear power plant as an object, the radiation migration behavior under design reference accident and serious accident condition was studied, and the dose analysis models of all kinds of exposure paths for (EOF) staff in emergency command center were determined. These include internal exposure of polluted air in EOF, inundation of 纬 in polluted air in EOF, external exposure of polluted air in EOF through concrete shielded walls or irongate 纬, and so on. On this basis, based on the MFC platform of VC 6.0language, a visual EOF dose calculation program VYJcode, is developed independently to realize the goal of EOF dosimetry programming, which provides technical support for EOF residency design of passive nuclear power plants. Through a series of comparison, the validity and correctness of the program are proved.
【作者单位】： 上海核工程研究设计院;嘉兴市环境保护监测站;
【分类号】：TM623.91;TP311.1
本文编号：2449977
[Abstract]:Taking the advanced PWR nuclear power plant as an object, the radiation migration behavior under design reference accident and serious accident condition was studied, and the dose analysis models of all kinds of exposure paths for (EOF) staff in emergency command center were determined. These include internal exposure of polluted air in EOF, inundation of 纬 in polluted air in EOF, external exposure of polluted air in EOF through concrete shielded walls or irongate 纬, and so on. On this basis, based on the MFC platform of VC 6.0language, a visual EOF dose calculation program VYJcode, is developed independently to realize the goal of EOF dosimetry programming, which provides technical support for EOF residency design of passive nuclear power plants. Through a series of comparison, the validity and correctness of the program are proved.
【作者单位】： 上海核工程研究设计院;嘉兴市环境保护监测站;
【分类号】：TM623.91;TP311.1
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