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首页> 外文期刊>International Journal of Innovative Research in Science, Engineering and Technology >Thermal Analysis of a Mobile Hot Cell Cask
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Thermal Analysis of a Mobile Hot Cell Cask

机译：移动式热室样品桶的热分析

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摘要

A Mobile Hot Cell (MHC) Cask is subjected to a series of tests to be carried out on cask experimentally or demonstrated analytically as specified by relevant Atomic Energy Regulatory Board (AERB) & International Atomic Energy Agency (IAEA) codes (1), (2), for design approval. Thermal test is one of such test to be demonstrated on the cask to simulate postulated accident condition. A thermal test is demonstrated on MHC cask analytically in a manner as specified/suggested by relevant codes. The demonstration of thermal test is carried out by finite element analysis. Three tests have been carried out on MHC cask (1) steady state temperature distribution in cask without solar insolation, (2) steady state temperature distribution in cask with solar insolation and (3) thirty minute fire test followed by cooling at ambient temperature until temperatures in cask starts coming down in all the places. Objective of this test is to determine maximum surface temperature on cask in normal transport condition and finding temperature distribution in cask during fire and post fire condition. An estimate of percentage of molten lead is also presented.
机译：按照相关原子能监管局（AERB）和国际原子能机构（IAEA）法规（1）的规定，对移动式热室（MHC）桶进行一系列测试，以对其进行实验或分析验证。 2），进行设计批准。热测试是要在桶中​​进行模拟以模拟假定的事故情况的测试之一。按照相关法规指定/建议的方式，对MHC酒桶进行了热测试，以进行分析。热测试的演示是通过有限元分析进行的。已对MHC酒桶进行了三项测试（1）没有日光照射的酒桶中的稳态温度分布;（2）有日光照射的酒桶中的稳态温度分布;（3）30分钟的耐火测试，然后在环境温度下冷却直至温度在桶里开始在所有地方下降。该测试的目的是确定在正常运输条件下酒桶的最高表面温度，并在着火和后着火条件下确定酒桶中的温度分布。还提供了熔融铅百分比的估计值。

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