本文介绍了一个低温供热核反应堆用的反应堆保护系统。
Protection system of low temperature thermo-supply nuclear reactor is introduced.
在确保反应堆安全的基础上，尽量扩大电厂的运行区域是反应堆停堆保护系统设计以及整定值确定的原则。
The principle of reactor trip protection system design and setpoint determination is that power plant operation range should be extended as large as possible on the basis of plant safety guaranteed.
结果表明，异常事件主要为反应堆控制和保护系统故障、反应堆冷却系统故障及其它故障。
The results show that the main abnormal events include reactor control and protection system breakdown., reactor coolant system breakdown and others breakdown.
计算结果表明，当保护停堆系统正常工作时，CEFR在所分析的事故工况下具有良好的安全性。
They demonstrate thatCEFR has excellent safety characteristics during the analyzed accident transients if there are effective protected scrams.
新型研究堆设计采用了数字化保护系统方案。
The digital technology was adopted in the development of protection system for an in - construction research reactor.
直流电源对核电厂许多系统的监测、调节控制和保护功能起着非常重要的作用，其中任何一个系统的丧失都会有导致堆芯损坏的风险。
DC power is very important for the system's supervising, adjusting, control and protect function, any losing of the DC power will cause the risking of the nuclear core damage.
直流电源对核电厂许多系统的监测、调节控制和保护功能起着非常重要的作用，其中任何一个系统的丧失都会有导致堆芯损坏的风险。
DC power is very important for the system's supervising, adjusting, control and protect function, any losing of the DC power will cause the risking of the nuclear core damage.
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