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Study on explosion characteristics of natural gas and methane in semi-open space for the HTTR hydrogen production system

机译:HTTR制氢系统半开放空间天然气和甲烷的爆炸特性研究

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It is important to grasp the explosion characteristics of object gases: natural gas and methane, in order to evaluate the influence of a gas explosion accident in the HTTR hydrogen production system on the reactor. Thus, we carried out explosion experiments of the object gases in semi-open space, and verified a numerical analysis code for the simulation of the explosion accident. It was confirmed that NG-air mixture or methane-air mixture in semi-open space did not result in DDT although 10 g of C-4 explosive was used as an ignition source, and the numerical results agreed relatively with the experimental results. As a result, we could have the prospects for predicting the influence of the explosion accident on the reactor.
机译:重要的是要掌握目标气体(天然气和甲烷)的爆炸特性,以便评估HTTR制氢系统中气体爆炸事故对反应器的影响。因此,我们对半开放空间中的目标气体进行了爆炸实验,并验证了用于模拟爆炸事故的数值分析代码。可以肯定的是,尽管使用10克C-4炸药作为点火源,但半开放空间中的NG空气混合物或CH4空气混合物并未产生DDT,数值结果与实验结果相对吻合。结果,我们可以预测爆炸事故对反应堆的影响。

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