This study experimentally confirms the intensification of kerosene combustion in the case where a mixture simulating steam reformation products in a model combustion chamber with a supersonic velocity of the flow at the inlet. It is shown that the used mixture has a higher chemical activity than ethylene. The use of steam reformation products of hydrocarbon or synthetic propellants in schemes with pulse-periodic combustion control increases combustion efficiency without the use of special design solutions for organizing initiation and stable combustion.

中文翻译：

---

合成气在超音速流中加强煤油燃烧的应用

该研究通过实验证实了在模拟燃烧室中的混合物模拟蒸汽重整产品的情况下煤油燃烧的加剧，其中入口处的流动具有超音速。结果表明，所用混合物比乙烯具有更高的化学活性。在脉冲周期燃烧控制方案中使用烃或合成推进剂的蒸汽重整产品提高了燃烧效率，而无需使用特殊设计解决方案来组织启动和稳定燃烧。