The influence of afterburning chamber length on secondary combustion efficiency and flow field were analyzed based on direct-connected ground simulation test.
结合直连式
拟试验,分析了补燃室长度对掺混流场和二次燃烧效率的影响。
The influence of afterburning chamber length on secondary combustion efficiency and flow field were analyzed based on direct-connected ground simulation test.
结合直连式拟试验,分析了补燃室长度对掺混流场和二次燃烧效率的影响。
Dispersity of gas flow can be enhanced and afterburning efficiency can be improved by increasing primary nozzle numbers and nozzle expansion ratio.
增加一次喷
的数目和加大喷的扩张比增加了燃气的分散性,提高了补燃效率。
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