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Flame stability and behavior inside meso-scale combustor with different flame holder

机译:不同火焰架内部燃烧器内的火焰稳定性和行为

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Flame stability and behavior inside meso-scale combustor with different flame holder was investigated experimentally. Three types of flame holder i.e. wire mesh, flat plate with circular holes and flat plate with narrow slits, were used to improve the flame stability inside the meso-scale combustor. Combustor with flat plate - narrow slits flame holder has the best flame stability, i.e. stable flame established inside the combustor at the highest reactant velocity compared to the other combustor with the different flame holder. Furthermore, combustor with wire mesh and flat plate with narrow slits have a relatively uniform flame colour at the combustor cross section, compared to flame visualization inside meso-scale combustor with flame holder of flat plate with circular holes. This phenomena is related to non-uniform reactant distribution on the combustor cross section.
机译:实验研究了具有不同火焰架内部燃烧器内的火焰稳定性和行为。三种类型的火焰保持器I.E.E.I线网格,带有圆形孔的平板和带有窄狭缝的平板,用于提高中间型燃烧器内的火焰稳定性。具有平板窄狭缝火焰保持器的燃烧器具有最佳的火焰稳定性,即与具有不同火焰保持器的其他燃烧器相比,在最高反应物速度下在燃烧器内建立的稳定火焰。此外,与燃烧器横截面的燃烧器横截面的燃烧器具有相对均匀的火焰颜色,与具有圆形孔的平板的火焰保持器的Meso级燃烧器内部的火焰可视化相比。这种现象与燃烧器横截面上的非均匀反应物分布有关。

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