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首页> 外文期刊>Journal of nuclear science and technology >Thermal-Hydraulic Study of Integrated Steam Generator in PWR
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Thermal-Hydraulic Study of Integrated Steam Generator in PWR

机译:压水堆中集成蒸汽发生器的热工水力研究

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One of the safety aspects of innovative reactor concepts is the integration of steam generators (SGs) into the reactor vessel in the case of the pressurized water reactor (PWR). All of the reactor system components including the pressurizer are within the reactor vessel in the SG integrated PWR. The simple heat transfer code was developed for the parametric study of the integrated SG. The code was compared to the once-through 19-tube SG experiment and the good agreement between the experimental results and the code predictions was obtained. The assessed code was used for the parametric study of the integrated once-through 16 m-straight-tube SG installed in the annular downcomer. The proposed integrated SG as a first attempt has approximately the same tube size and pitch as the present PWR and the SG primary and secondary sides in the present PWR is inverted in the integrated PWR. Based on the study, the reactor vessel size of the SG integrated PWR was calculated.
机译:创新的反应堆概念的安全方面之一是在压水堆(PWR)的情况下将蒸汽发生器(SGs)集成到反应堆容器中。包括增压器在内的所有反应堆系统组件均在SG集成PWR的反应堆容器内。开发了简单的热传递代码,用于集成SG的参数研究。将代码与一次性19管SG实验进行比较,并获得了实验结果与代码预测之间的良好一致性。评估的代码用于安装在环形降液管中的集成式直通16 m直管SG的参数研究。作为首次尝试,建议的集成SG具有与当前PWR大致相同的管尺寸和节距,并且当前PWR中的SG初级和次级侧在集成PWR中反转。基于这项研究,计算出了SG集成PWR的反应堆容器尺寸。

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