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固态堆采用氢化锆作慢化剂,具有正的温度反应性系数,温度升高反应性增加。为了研究其温度特性,设计一个实验方案,统计堆在不同温度下运行的临界数据,并模拟该装置进行蒙卡计算。由于堆芯的结构紧密,采用整堆加热的方法研究整堆温度效应。设计一个整体的控温箱,将整个堆芯罩在控温箱内,使用独立的温度控制设备,在控温箱内设置加热元件,通过热传导的方式实
Solid state reactor uses zirconium hydride as a moderator, has a positive temperature coefficient of reactivity, increasing the temperature increased reactivity. In order to study its temperature characteristics, an experimental scheme was designed to calculate the critical data of the heap running at different temperatures and to simulate the device for Mengka calculation. Because of the compact structure of the core, the entire stack temperature is used to study the temperature effect of the entire stack. Design an overall temperature control box, the entire core in the temperature control box, the use of independent temperature control equipment, set the heating element in the temperature control box, through the way of heat conduction