摘要
从形态控制技术、尺寸控制技术、内部质量控制技术三方面,综述了当前重结晶法降低硝铵类高能化合物感度研究进展情况。指出形态规整、球形化、超细化及内部质量控制是重结晶法降低硝铵类高能化合物感度的主要途径。
The current research progress in reducing sensitivity technology of nitramines high energetic compounds by recrystalization method is reviewed from three aspects of morphology control technology,size control technology,internal quality control technology.It is pointed out that morphology regularization,glomeration,ultra-attenuation,internal quality control are the main ways to reduce the sensitivity of nitramines high energetic compounds by recrystalization method.
出处
《化学推进剂与高分子材料》
CAS
2011年第6期54-56,63,共4页
Chemical Propellants & Polymeric Materials
关键词
重结晶
硝胺类含能化合物
降感
固体推进剂
高能炸药
recrystalization
nitramines energetic compounds
reducing sensitivity
solid propellant
high energy explosive