• 层流火焰 - 引用次数：6

  First of all, though path analysis and sensitivity analysis, the author found that in flameless combustion a lot of characteristics changed including path and rate of elementary reactions, laminar flame thickness, laminar flame propagation velocity and ignition delay time.

  首先,本文通过路径分析与敏感性分析,认为无焰燃烧条件下化学反应机理发生改变,从而导致许多反应参数发生变化,这些参数包括基元反应的强度、路径、层流火焰厚度,层流火焰传播速度、自点火延迟时间等。

  参考来源 - 适用于微小型燃气轮机富氢燃料的无焰燃烧技术
• 层流火焰
• 层琉焰
• 层焰
  层流火焰

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