Results show that the real equivalence ratio is smaller than the designed equivalence ratio. When the inlet temperature is 373K or 423K, the raise of the equivalence ratio can increase the parameters of detonation wave.
研究了当量比对爆震波特性的影响,结果表明,由于煤油的蒸发性能较差,实际参与反应的当量比要小于设计当量比,在进气温度为373K和423K时,适当提高当量比,有利于提高爆震波特性参数。
参考来源 - 进口油气方案影响煤油/空气脉冲爆震发动机性能的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
作为例子，文中计算了强爆震波绕薄楔时的等压线。
As an example, the isobars are plotted for strong detonation waves passing over a wedge surface.
随着爆炸深度的增加，转化为空中爆震波的能量便减少。
As the depth of burst increases the amount of energy going into the air blast wave decreases.
随著爆炸深度的增加，转化为空中爆震波的能量便减少。
As the depth of burst increases, the amount of energy going into the air blast wave decreases.
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