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首页> 外文期刊>International Journal of Applied Engineering Research >Numerical Studies of Isotopic Oxidation in Packed Bed Reactor
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Numerical Studies of Isotopic Oxidation in Packed Bed Reactor

机译:填充床反应器中同位素氧化的数值研究

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The oxidation process of hydrogen isotopes, D_2 and T_2 has been a major focus of research due to the hazards they are associated with when leaked into a working area. Oxidation of these isotopes is considered as the first step to handle these gases. In this study, CFD simulation will be executed using the kinetics proposed by other studies. The operating condition such as temperature will be varied in the catalyst zone to investigate the effect on the oxidation process. A 2D geometry of a model reactor will be developed using ANYSYS Fluent and the results displayed for further explanation. The amount of oxidized T_2 at the outlet of the catalyst bed for example, reduced with increasing temperature which can be verified with previous experiment conducted by other studies.
机译:氢同位素,D_2和T_2的氧化过程一直是研究的重点,因为它们泄漏到工作区时会带来危害。这些同位素的氧化被认为是处理这些气体的第一步。在这项研究中,将使用其他研究提出的动力学来执行CFD模拟。诸如温度之类的操作条件将在催化剂区域中变化,以研究其对氧化过程的影响。将使用ANYSYS Fluent开发模型反应器的2D几何形状,并显示结果以作进一步说明。例如,随着温度的升高,催化剂床出口处氧化的T_2的量减少,这可以通过先前由其他研究进行的实验来验证。

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