应急堆芯冷却系统是核电站工程安全设施的一个组成部分。
The emergency core cooling system is a component part of engineered safety feature of a nuclear power plant.
秦山核电二期工程堆芯测量系统采用计算机技术实现了对相关数据的自动采集、数据处理和信息显示。
With computer technology, the in-core instrumentation system of Qinshan phase II nuclear power plant can automatically perform parameter acquisition, data process and information display.
通过理论分析和运行结果比较了高通量工程试验堆（HFETR）80盒、60盒元件堆芯性能。
The core performance of 80 and 60 fuel assemblies of high flux engineering test reactor (HFETR) have been compared by theoretical analysis and operating results.
研究设计了长周期(18个月)低泄漏平衡循环堆芯，为秦山二期扩建工程制定了一套具有工程实用价值的燃料管理方案。
Designed a long period (18 months) low - leakage balance cycle core loading, and developed a set of fuel management programme for the extension project of Qinshan's second nuclear power plant.
研究设计了长周期(18个月)低泄漏平衡循环堆芯，为秦山二期扩建工程制定了一套具有工程实用价值的燃料管理方案。
Designed a long period (18 months) low - leakage balance cycle core loading, and developed a set of fuel management programme for the extension project of Qinshan's second nuclear power plant.
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