In the solid propellant electrothermal chemical ( SPETC ) propulsion concept, it has been proved that plasma can be successfully used to optimize and control the propellant ignition process. 总结了常规火炮点火的现状,分析了固体药电热化学(ETC)炮(SPETC)点火的潜在优势,并对等离子体点火过程中存在的燃速增强机理进行了讨论。
Study on flow characteristic in bore in liquid propellant electrothermal chemical gun 液体工质电热化学(ETC)炮膛内流动特征研究
This study points out the way to further improve the efficiency of electrothermal chemical launch. 指明了进一步提高电热化学(ETC)发射效率的技术途径。
The interaction of plasma with propellant is the pivotal factor that influences energy efficiency of electrothermal chemical launch. 等离子体与火药的作用规律是影响电热化学(ETC)发射中能量利用效率的关键因素。
Calculated results provide a theoretical basis for the ballistic design of solid propellant electrothermal chemical ( ETC ) gun. 计算结果为固体工质电热化学(ETC)炮的弹道设计提供了理论依据。