氧对混合气可燃性的影响

Tingguang Ma, Xiaoliang Zhang, Xiansheng Song
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引用次数: 1

摘要

氧作为热源和散热器对混合气的安全性起着双重作用。对于舱内的可变氧(一类问题),背景空气中的氧含量决定了燃料的上限。对于空气中燃料流中的氧气(II型问题),氧气会像稀释剂或燃料一样改变燃料的热性能。这里用热平衡法解决了这两个问题。一种新的方法,即耐燃法,可以更容易地解决第二类问题。它与热平衡法是等价的,但有一个完美的形式,如勒夏特列规则。这两种方法在评估含氧可燃燃料流的危险性时都是有用的。
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The Oxygen Effect on Mixture Flammability
Oxygen plays a duel role on mixture safety as a heat source and a heat sink. For the variable oxygen in a compartment (a type I problem), oxygen level in background air determines the upper limit of the fuel. For the oxygen in a fuel stream (a type II problem) in air, the oxygen will change the thermal properties of the fuel like a diluent or a fuel. Here both problems are solved with the thermal balance method. A new method, the flammable resistance method, can solve the type II problem more easily. It is equivalent with the thermal balance method, but with a perfect form like the Le Chatelier's Rule. Both methods are useful in assessing the danger of a flammable fuel stream containing oxygen.
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