为批量生产高能量、低感度炸药，对炸药共晶工程自动化的几种方法进行研究。介绍2 种快速且可放大 的炸药共晶方法及其目前应用情况，结合实际生产情况，分别对喷雾干燥法和研磨法进行工程化制备流程设计。结 果表明，2 种方法均有一定的实际应用价值。
In order to produce high energy and low sensitivity explosives, several methods of automatic processing explosives cocrystallization engineering were studied. This paper introduces 2 kinds of rapid and amplifiable explosive cocrystallization methods and their current application. Combined with the actual production situation, the spray drying method and milling method are designed for engineering preparation respectively. The results show that 2 methods has certain practical application value.