该发动机主体结构为一内置有旋流燃烧室的高速旋转无叶无塞内燃转子，能融压气、燃烧和排气做功于一体。
The engines main body structure is an internal-combustion rotor, which has no blade and no piston but has an internal revolved stream combustor.
因此，适当调整燃烧室的旋流数可以降低NO排放。
Therefore by regulating swirl number of combustor NO emission caw be reduced.
通过改变燃烧室头部喷嘴、旋流器的数目和位置，对短环形流燃烧室内有较强回流的湍流旋流流动进行了模拟。
Turbulent reactive flow in a short annular combustor is simulated by changing the number and location of nozzle and swirler in combustor dome.
对两种不同的燃烧室头部（三旋流杯头部为A型、双旋流杯头部为B型）进行了研究。
Two kinds of combustor domes were investigated, of which one was that with three swirlers (A model), and the other with two swirlers (B model).
最后对各种不同组分模拟合成气在三种多旋流模型燃烧室中进行预混燃烧实验研究。
At last this paper introduced the premixed combustion research performed in three multi-swirling models with different constituents of premixed gas.
最后对各种不同组分模拟合成气在三种多旋流模型燃烧室中进行预混燃烧实验研究。
At last this paper introduced the premixed combustion research performed in three multi-swirling models with different constituents of premixed gas.
应用推荐