高温气冷反应堆核电站紧凑型热交换设备的设计和研究
发布时间:2019-03-01 13:57
【摘要】:正据《Теплоэнергетика》2013年7月刊报道,核电站的建造最优先考虑发电的高效率(约50%)。在这方面,配备氦气轮机装置和氦气载热介质高温反应堆的核装置很有前途。机械制造设计局的专家对高温气冷反应堆核电站紧凑型热交换设备进行了成功的设计和详细的研究。将高温气冷反应堆和氦气轮机装置一起组成一回路的核电站设计必须以利用氦气循环高效的热交换设备为先决条件。提供了最佳热交换表面选择的分析和计算-试验研究的结果。并分析研究了回热器、端部冷却器和中
[Abstract]:According to the July 2013 issue, the construction of nuclear power plants gives the highest priority to efficient power generation (about 50 percent). In this regard, nuclear installations equipped with helium turbine units and helium-carried heat medium high-temperature reactors are promising. The experts of the Bureau of Mechanical Manufacturing and Design have successfully designed and studied the compact heat exchange equipment for high temperature gas cooled reactor nuclear power plant. The design of a nuclear power plant which consists of a high temperature gas cooled reactor (HTR) and a helium turbine unit must be based on the efficient heat exchange equipment using the helium cycle. The analysis and calculation-test results of optimum heat exchange surface selection are provided. The regenerator, the end cooler and the middle part are analyzed and studied.
【分类号】:TM623
本文编号:2432487
[Abstract]:According to the July 2013 issue, the construction of nuclear power plants gives the highest priority to efficient power generation (about 50 percent). In this regard, nuclear installations equipped with helium turbine units and helium-carried heat medium high-temperature reactors are promising. The experts of the Bureau of Mechanical Manufacturing and Design have successfully designed and studied the compact heat exchange equipment for high temperature gas cooled reactor nuclear power plant. The design of a nuclear power plant which consists of a high temperature gas cooled reactor (HTR) and a helium turbine unit must be based on the efficient heat exchange equipment using the helium cycle. The analysis and calculation-test results of optimum heat exchange surface selection are provided. The regenerator, the end cooler and the middle part are analyzed and studied.
【分类号】:TM623
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