TY - JOUR A2 - Hustad，约翰E. AU - 陈，海盐AU - 姚明，青果AU - 刘，淇淇AU - 刘昊AU - 张心妍PY - 2020 DA - 2020年2月19日TI - 水分的影响1393891 VL - - 对铝粉和相关机制SP的最低爆炸浓度内容2020 AB - 铝合金粉末已被广泛地应用于各种行业。然而，它的高活性和高燃烧率会导致严重的爆炸危险。影响铝粉爆炸许多因素已经确定，但水分没有被包括在内。另外，在本工作中，使用在中国昆山爆炸事故20升的爆炸试验装置测定铝粉具有不同水分含量的最小浓度爆炸性，作为研究案例。实验结果表明，铝粉末的最小浓度爆炸性急剧其含水量第一的增加而增加，该增加的趋势随着水分含量进一步增加要慢。The oxidation time has no significant effects on the minimum explosible concentration of aluminum power in 8 hours at room temperature. Further investigation suggests that the moisture lowers the explosion risk of aluminum powder by altering its surface oxide film, ignition, and combustion process. The low contents of moisture in the range of 0%-8% increase the minimum explosible concentration of aluminum powder by inhibiting the reaction kinetics and particle agglomeration, while high contents of moistures in the range of 8%-20% affect the minimum explosible concentration by the endothermic effect and oxygen dilution effect. SN - 2356-735X UR - https://doi.org/10.1155/2020/1393891 DO - 10.1155/2020/1393891 JF - Journal of Energy PB - Hindawi KW - ER -