核电站仪控设备鉴定技术探讨
摘要
随着经济的不断发展，人们环保意识的不断增强，清洁能源开始备受社会各界的关注，核电作为一种十分重要的清洁能源，也逐渐开始受到人们的重视。为了保证核电站的安全，需要对其安全设备进行验证，避免因设备故障引起的设备失效，以至于造成重大的安全问题。本文就核电站仪控设备的鉴定技术进行了研究探讨。
参考文献3
-
1刘静,陈晓,刘勇.浅析核电厂数字化安全系统仪控设备鉴定的措施和方法[J].发电与空调,2013,34(3):24-27. 被引量：2
-
2卜江涛,毕道伟.核电站仪控设备老化机理及管理策略[J].发电设备,2014,28(3):221-225. 被引量：5
-
3毋琦,毛从吉.核电厂安全级仪控设备的商品级软件鉴定初论[J].自动化仪表,2012,33(5):43-45. 被引量：1
二级参考文献25
-
1IEC 61226-2005. Nuclear power plants-instrumentation and control systems important to safety-classification of instrumentation and control functions [ S ]. International Electrotechnical Commission,2005.
-
2IEC 61513-2001. Nuclear power plants-instrumentation and control systems important to safety-general requirements for systems [ S ]. International Electroteehnieal Commission, 2001.
-
3IEC 60880-2006. Nuclear power plants-instrumentation and control systems important to safety-software aspects for computer-based systems performing category a functions[ S]. International Electro- technical Commission ,2006.
-
4IEC 62138-2004. Nuclear power plants- and control systems important to safety-software aspects for computer-based systems performing category B or C functions [ S ]. International Electrotechnical Commission ,2004.
-
5NUREG/CR-6421. A proposed acceptance process for commercial off-the-shelf (COTS)software in reactor applications [ S ]. Lawrence Livermore Nation Laboratory,1996.
-
6NUREG 0800,chpt. 7. Appendix 7-A, branch technical position HICB- 14 [ S ]. Guidance on Software Reviews for Digital Computer-Based Instrumentation and Control Systems, USA. Nuclear Regulatory Commission ,2007.
-
7EPRI-TR 106439. Guideline on evaluation and acceptance of corranercial grade digital equipment for nuclear safety applications[ S ]. Electric Power Research Institute ,1996.
-
8International Atomic Energy Agency.Ageing management for nuclear power plants[R].Vienna: IAEA,2009.
-
9International Atomic Energy Agency.Safe long term operation of nuclear power plants[R].Vienna:IAEA,2008.
-
10申森,窦一康.核电厂老化管理的内容[J].核电,2004(4):25-28.
共引文献5
-
1祁武振.在役核电厂非安全级DCS系统升级策略探索与实践[J].电子技术应用,2022,48(S01):180-186.
-
2李海煌,商海龙.核电厂数字化仪控系统的发展及应用分析[J].科技创新与应用,2017,7(19):185-185. 被引量：2
-
3周化忠,李奇,卢庆港,刘立,汤桂荣.核电站仪控设备监造实践[J].自动化与仪器仪表,2018,0(7):177-180.
-
4徐曼达,陈航,刘静.反应堆厂房数据传输系统多态有效性分析[J].通信与信息技术,2018(5):58-61.
-
5邓红雷,李力行,涂画,姚力恺,张翔,刘刚.基于改进TFDR法的核电站仪控电缆断裂缺陷检测[J].电力工程技术,2024,43(4):177-185.
-
1赵永权.浅谈大型发电机绝缘老化的鉴定试验方法[J].电子技术与软件工程,2014(22):169-169.
-
2李长虹,郝允学.浅析维修电工技能鉴定技术[J].电子世界,2015(21):68-69. 被引量：1
-
3崔海亮.浅谈电气火灾鉴定方法的选择与应用[J].黑龙江科技信息,2011(31):19-19.
-
4陈杰.一起引发电气设备失效的机械故障原因分析[J].船电技术,2013,33(11):38-40.
-
5孟祥俊.球磨机设备失效原因及预防措施[J].大沽化工,1999(3):23-26.
-
6潘刚,高伟,赵长征,邸曼,徐放,孟庆山.电气火灾综合鉴定技术[J].消防科学与技术,2005,24(4):495-497. 被引量：37
-
7张辉,邹红.电吹风火灾残留物中电热丝的鉴定技术[J].理化检验（物理分册）,2010,46(1):18-20. 被引量：2
-
8华龙一号首批核级泵鉴定技术要求实现“固化”[J].电力勘测设计,2016,0(3):28-28.
-
9华龙一号首批核级泵设备鉴定技术要求实现“固化”[J].设备监理,2016,0(4):64-64.
-
10孟广国,邹华明,郭银辉,裴红伟.我国核电站安全级数字化仪控系统设备鉴定适用标准研究[J].自动化博览,2015,32(6):66-70. 被引量：7
