关键词: 涡轮喷气发动机;加力燃烧;陶瓷;多孔材料;火焰稳定性;燃烧稳定性;耐火材料

Abstract: This paper discusses the phenomena oberved in research of strengthened combustionwith fuel permeating through porous capillary ceramic stabilizer. Flame formed at the rear side of theflame stabilizer has been observed many times, where, generally, it is impossible to generate flame atsuch a high speed. Repeatedly studing, we consider that it is the consequence of fuel permeating andvaporizing due to the porous capillary action of ceramic stabilizer, and it may strengthen thecombustion effect, benefit the combustion control. Due to the porous capillary action of ceramicmaterial, the recirculation region behind a ceramic stabilizer is different from that behind a traditionalbluff any stabilizer. The reversal flow zone is no longer existing. The mechanism of name stabilizeris different either, and benefites the combustion control as well. Those phenomena mentioned abovewill improve or strengthen the performance of the combustion chamber.

Key words: Turbojet engine;Afterburning;Ceramic;Porous material;Flame stability;Combustion stability;Refractory material