报道了整装式液体随行装药方案在３０ｍｍ火炮上的射击结果．采用多孔介质控制整装式液体药的燃烧稳定性，并且通过调整平均孔隙尺寸大小以实现随行液体药的高燃速；设计了一个点火参数可调的延迟装置，以控制随行液体药在不同时刻被点燃．在上述两种控制技术基础上，设计了液体随行装药试验弹．在国内首次在火炮上实现明显的随行效应．即膛压曲线出现双峰值或压力平台现象．研究结果对随行装药设计有重要的指导意义和实用价值 Reported the results of the shooting of a fully loaded liquid accompanying charge on a 30mm gun. The porous medium is used to control the combustion stability of the packaged liquid medicine, and the average pore size is adjusted to achieve the high burning rate of the accompanying liquid medicine. A delay device with an adjustable ignition parameter is designed to control the accompanying liquid medicine at different times Lit. On the basis of the above two control technologies, a liquid charge test cartridge was designed. In the country for the first time in the artillery to achieve significant follow-up effect. That is, the bore pressure curve appears double peak or pressure platform phenomenon. The research results have important guiding significance and practical value for the accompanying charge design