一体化核反应堆套管管束换热器热力计算方法研究
Reducing the holding structure of integration nuclear reactor casing control heat exchanger calculation method
对一体化核反应堆套管管束式换热器传热系数K进行研究,针对其设计计算比较复杂,文章采用数值计算方法——一元线性回归原理推导出一体化核反应堆套管管束换热器总传热系数K的简化计算公式,并推导出一体化核反应堆套管管束换热器总传热系数K与壳程空气体积流量V的准则关系式。最后通过一体化核反应堆套管管束换热器和单弓折流板换热器总传热系数K的比较来证明公式推导的合理性。
Integration nuclear reactor casing control heat exchanger to study heat transfer coefficient K, for its complex design and calculation, the article by numerical calculation method - a linear regression principle derived integration nuclear reactor casing control heat exchanger gripping the heat transfer coefficient K simplified formula, reducing cloth and deduced the structure of gripping the heat exchanger and heat transfer coefficient K shell volume of air traffic between the criteria for V. Integration nuclear reactor casing control heat exchanger and gripping single-arch baffled heat exchanger in the heat transfer coefficient K compared to prove the reasonableness of the derivation formula.
张宏利、祝百茹
核反应堆工程热力工程、热机原子能技术基础理论
一体化核反应堆套管管束换热器总传热系数线性回归准则关系式
Integration nuclear reactor casing control heat exchangerThe heat transfer coefficientLinear regressionGuidelines relationship
张宏利,祝百茹.一体化核反应堆套管管束换热器热力计算方法研究[EB/OL].(2008-05-26)[2025-08-23].http://www.paper.edu.cn/releasepaper/content/200805-744.点此复制
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