针对焦作发电厂200MW锅炉燃烧室，进行了炉内流动、传热及燃烧过程数值分析计算。
The flow, heat transfer and combustion process within a 200MW set's boiler furnace are analytically calculated.
用平面激光诱导荧光技术测量了平面火焰炉、原子气化炉和超声速燃烧室的单脉冲激光诱导OH荧光。
The OH fluorescence imaging is obtained in flames of flat flame burner, atom gasifier and supersonic combustor by planar laser induced fluorescence(PLIF)using single laser pulse.
测试结果表明：工业锅炉中，炉内燃烧室与燃烬室之间的折烟墙的形状对炉内燃料燃烧有较大影响。
It indicates that the fold smoke wall's shape of firebox and reburning chamber may influence the burn efficiency in the industrial boiler.
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