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Generating Plasma by Cumulative Detonation in a Combustion Chamber

机译:在燃烧室中通过累积爆轰产生等离子体

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摘要

All combustion processes in present-day engineering applications are of the deflagration type. This character limits achievable values of parameters, such as the highest reached temperature and the corresponding degree of gas ionisation. If it were possible to increase the parameter values and reach the plasmatic state, a number of potentially useful combustion applications might be improvedlike propulsion or electricity generation. Authors demonstrate a combustion chamber with detonation-type combustion that can reach, by cumulative implosion, extreme temperatures of generated thermal plasma.
机译:当今工程应用中的所有燃烧过程都是爆燃类型。该特征限制了可达到的参数值,例如最高达到的温度和相应的气体电离度。如果可以增加参数值并达到等离子态,则可能会改进许多潜在有用的燃烧应用,例如推进或发电。作者展示了一种具有爆震型燃烧的燃烧室,该燃烧室可以通过累积内爆达到所产生热等离子体的极端温度。

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