使用ACR模拟器对先进CANDU反应堆700(ACR-700)在瞬态和紧急工况下的安全性分析

Muhammad Fathoni Shidik, Rida Siti Nuraini Mahmudah
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引用次数: 1

摘要

核技术的发展导致了核电站设计的改进。最新一代的核反应堆试图更多地依赖被动系统,以最大限度地减少人为干预,提高核电站本身的安全性。ACR-700被设计为能够应对一些瞬态条件。本研究试图利用国际原子能机构开发的ACR模拟器模拟一台反应堆冷却剂泵瞬态工况损失时ACR-700的工况。ACR-700安全系统成功识别故障并停止故障升级。除此之外,本文还试图模拟ACR-700的安全系统之一反应堆回缩和回缩系统在另一次故障时的先前瞬态状态。
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Safety Analysis of Advanced CANDU Reactor-700 (ACR-700) during Transient and Emergency Condition using ACR Simulator
The development of nuclear technology leads to improvement in nuclear power plant design. The latest generation of the nuclear reactor tries to rely more on passive system to minimize the human intervention and increase the safety of the nuclear power plant itself. ACR-700 is designed to be able to cope with some transients condition. This study try to simulate the condition of ACR-700 during the transient condition loss of one of reactor coolant pump using ACR Simulator developed by IAEA. The ACR-700 safety system successfully identify the malfunction and stop the malfunction to escalate. In addition to that, this paper also try to simulate the previous transient condition with another malfunction in reactor setback and setback system, one of the safety system of the ACR-700.
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