硝酸铵自燃爆炸危险性分析  

Risk analysis of ammonium nitrate spontaneous combustion explosion

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作  者:阿依提拉·吾斯曼 Ayitila Wusiman(Shanghai Minhang Fire and Rescue Division,Shanghai 201100,China)

机构地区:[1]上海市闵行区消防救援支队,上海201100

出  处:《消防科学与技术》2023年第8期1163-1166,共4页Fire Science and Technology

摘  要:以弥勒市“9·12”特大爆炸事故为例,分析事故的直接原因,并用事故树的方法找出事故的根本原因。采用FrankKamenetskii热自燃理论模型研究硝酸铵爆炸机理,发现杂质会降低硝酸铵的自加速分解温度(SADT),并最终导致硝酸铵发生热爆炸。最后,给出硝酸铵的储存与运输建议措施。This article takes the"9·12"catastrophic explosion accident in Mile county as an example to analyze the direct causes of the accident and use the fault tree method to identify the root cause of the accident.Frank-Kamenetskii thermal spontaneous combustion theoretical model was used to study the explosion mechanism of ammonium nitrate.It was found that impurities would reduce the self-accelerating decomposition temperature of ammonium nitrate,and eventually lead to thermal explosion of ammonium nitrate.Finally,some suggestions on the storage and transportation of ammonium nitrate are given.

关 键 词:硝酸铵 事故原因 Frank-Kamenetskii热自燃理论模型 热爆炸 

分 类 号:X932[环境科学与工程—安全科学] X913.4

 

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