关键词: 固体推进剂点火;点火能量;点火试验;点火药;激光点火;固体火箭发动机

Abstract: The ignition feature of charge A1 + KC104 is investigated experimentally with CO2 laser ignition equipment in this paper. The experimental results show that ignition delay decreased with the increase of ignition heat flux, which proves that ignition heat flux is a much important control parameter in charge ignition performances. The lower the density of the charge is, the shorter the ignition delay. Furthermore, a litter added in the composition of this charge as adhesion agent will improve the ignition performances.

Key words: Solid propellant ignition;Ignition energy;Ignition test;Ignition charge;Laser ignition;Solid roeket engine