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Super-mixing combustion enhanced by resonance between micro-shear layer and acoustic excitation

机译:微剪切层与声激发之间的共振增强了超混合燃烧

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摘要

In terms of the application of high-speed and high-load combustion to isothermal-expansion combustion proposed by the au- thors, flow and reaction control of relatively small diffusion flames ejected from nozzles 0.5 and 1 mm in width are investigated using acoustic resonance; this study is the first step for the mixing control of a micro-diffusion flame which is considered to be a final goal of the relevant studies.
机译:在将高速,高负荷燃烧应用于等温线膨胀燃烧方面,利用声共振研究了从宽度为0.5和1 mm的喷嘴喷出的较小扩散火焰的流动和反应控制。这项研究是微扩散火焰混合控制的第一步,被认为是相关研究的最终目标。

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