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TRAINING PRACTICES FOR CEA ENGINEERS QUALIFIED IN CRITICALITY SAFETY

机译:CEA工程师的培训实践有资格在临界安全

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Soon after the Tokai Mura criticality accident, the French nuclear authority addressed nuclear operators to take measures regarding criticality safety. In CEA in particular after a thorough assessment of the late 1990's - early 2000's practices, the decision was taken to put up a training program in criticality safety for young (and "old") nuclear safety specialists. The evolution of the training practices for the IQC (Ingénieurs Qualifiés en Criticité - Engineers Qualified in Criticality safety) are presented hereafter, beginning with the first training session set up in October 2001 until now. This primarily deals with the kind of audience this training addresses (professional background), what is taught, learned, used later on and how one becomes an IQC. Furthermore, a discussion involves who recognizes the qualification, how long does one need to become a real criticality safety specialist on an operational basis, how the staff uses (or not) the knowledge and how this ensemble contributes to the professional careers advancement (criticality safety is a strong "card"). The methodological documents in support of the IQC are also presented, particularly the last version of the "criticality guide fiches (files, cards, sheets)" collection which summarizes the main aspects and principles of criticality safety (including the rudiments of neutron physics, criticality control modes, double contingency principle, etc.).
机译:在Tokai Mura Corlsitality发生后不久,法国核管理局讨论了核运营商,采取了关于临界安全的措施。在CEA中特别是在彻底评估了1990年代后期 - 2000年初的练习后,该决定是为了为年轻(和“旧”)核安全专家的关键安全性培训计划。以后,从2001年10月建立的第一次培训课程开始,IQC培训实践的演变(IngénieursQualifiésSensige - 在关键安全的工程师)以前从2001年10月的第一个培训课程开始。这主要涉及这种培训地址(专业背景)的那种观众(专业背景),学习,稍后使用的东西,以及如何成为IQC。此外,讨论涉及谁认识到资格,一直需要在运营基础上成为一个真正的关键安全专家,如何使用(或不)知识以及该集合如何为专业职业发展有助于(关键安全性)是一个强大的“卡”)。支持IQC的方法学文献,特别是“关键性指南FICHES(文件,卡,表格)”的最后一个版本,总结了临界安全的主要方面和原则(包括中子物理学的雏形,临界性控制模式,双重应急原理等)。

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