研究结果显示，硅系延期药在燃烧过程呈现出明显的非线形振荡燃烧特点。
Besides, findings indicate that the combustion process of silicon delay explosive is characteristic of obvious nonlinear screeching.
针对硅系延期药采用直填直压式和延期索式两种装药结构进行了实验研究。
The filling structure of silicon delay composition was studied by two ways: filling and pressure pressing in directly and the delay cord.
采用新型有机硅降蚀剂装药性能稳定、燃烧完全性好，是一种适用于轻武器、具有低烧蚀特性的发射药装药。
The charge with new organic silicon reducing erosion has obvious properties of low ablation, steady and complete combustion and is suitable for the small caliber weapons.
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