摘要
为了强化煤油超燃性能 ,提出了一种采用双凹槽和预燃室结构 ,利用从预燃室喷出的高温燃气去引燃从凹槽内喷出的煤油 ,实现煤油超燃过程的具有广泛应用前景的超燃新方案。试验是在空气流量 1 .2kg/s左右的地面连管试验台上进行的。试验结果显示 ,超燃点火可靠 ,火焰稳定 ,超燃效率可达 0 .8以上。
To strengthen the performances of supersonic combustion of kerosene fuel, a new scheme is suggested, which is an attractive candidate for the extensive application. The supersonic combustor with dual-cavity and preburner is adopted in the present scheme. The hot gas as a kind of piloted energy was produced by the preburner to ignite the supersonic combustion of kerosene, which was injected into the supersonic combustor from the bottom of the dual-cavity. The experiments were set on the ground connected pipe test station with air mass rate of 1.2kg/s. The results show that the ignition of supersonic combustion is reliable and the combustion flame is stable. Also, the efficiency of supersonic combustion is more than 0.80.
出处
《流体力学实验与测量》
CSCD
北大核心
2001年第3期7-12,共6页
Experiments and Measurements in Fluid Mechanics
基金
国家自然科学基金 ( 1 9882 0 0 4 )
国家"十五"预研基金 ( 4 1 70 1 0 4 0 1 )
