低温充注槽内再冷凝过程的计算研究

E. Marakhova, A.B. Shimanova, D. Uglanov, H. Adenane
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引用次数: 3

摘要

现在携带一个运行体,比如氢或氮的最好方式是在液态和低温状态下携带,也就是低温状态。在这项工作中,将展示一个低温充注槽内再冷凝过程的计算研究,以及在萨马拉大学实验室已经实现的一项有前途的低温充注槽技术。通过计算研究,我们可以得出以下结论:在低温充装罐中低温产品再气化过程中,由于保温瓶壁与低温充装罐内壁之间的温差,部分气化产品会发生再冷凝。该过程在再气化开始时(在前3-5分钟)观察到,该过程的强度很低,约为2-8%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Computational Studies of the Recondensation Process in a Tank with a Cryogenic Filling
In nowadays the best way to carry an operating body such hydrogen or nitrogen for example it’s to carry it in liquid state and low temperature which is cryogenic state. In this work it will be shown a computational studies of the recondensation process in a tank with a cryogenic filling, and also a promising technologies in the cryogenic filling tank that have been realized at the laboratory of Samara University. The computational studies carried out allow us to draw the following conclusion that during regasification of a cryoproduct in the cryogenic filling tank, recondensation of a part of the gasified product occurs due to the temperature difference between the wall of the thermos and the inner wall of the cryogenic filling tank. This process is observed at the beginning of regasification (in the first 3-5 minutes), and the intensity of this process is low and amounts to about 2-8%.
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