布鲁克海文核反应堆的仪表和控制

J. Binns
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引用次数: 0

摘要

核反应堆的安全启动和运行需要中子传感仪器覆盖约109的范围。该覆盖范围由计数率表、周期表和高电平功率指示灯获得。在正常工作水平,电抗器由高电平功率控制器调节,并由高电平跳闸保护。反应堆的紧急关闭可以由54种不同情况中的任何一种启动。由于这些安全电路几乎100%“故障安全”,因此精心设计,良好维护和谨慎操作是避免意外停机的必要条件。为了安全起见,周期行程和高电平行程一式三次,并成对巧合连接,以防止意外停机。使用抑制零电路已被证明是有用的。简要讨论了重合连通行程理论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Instrumentation and control of the Brookhaven nuclear reactor
Safe startup and operation of the nuclear reactor require neutron-sensing instruments to cover a range of about 109. This coverage is obtained by a counting rate meter, a period meter, and a high level power indicator. At normal operating levels, the reactor is regulated by the high level power controller and protected by the high level trips. Emergency shutdown of the reactor can be initiated by any one of 54 different conditions. Since these safety circuits are almost 100% “fail safe”, careful design, good maintenance, and cautious operation have been necessary to avoid accidental shutdowns. The period trips and high level trips are provided in triplicate for safety and are coincidence-connected in pairs to guard against accidental shutdown. The use of suppressed-zero circuits has proved helpful. The theory of coincidence-connected trips is briefly discussed.
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