In this paper,it is presented that the upper rarefication of the explosion products can be described by the Prandtl Meyers theory (P M theory),and the scattering effects which the plate puts on the explosion products can also be described by the P M theory.
提出爆炸产物的侧向飞散过程可用普朗特－梅耶（Ｐｒａｎｄｔｌ－Ｍｅｙｅｒ）的绕流理论来描述，而且飞板的存在与弯曲对爆炸产物的稀疏作用也可以用这一理论来描述，即爆炸产物的真实运动状态是这两种运动的综合。
Based on the theory of atomic spectroscopy,a double line of atomic emission spectroscopy is used to measure the temperature of explosion products of aluminiferous emulsion explosive continuously.
根据原子光谱学理论,利用原子发射光谱双谱线测温系统对含铝乳胶炸药的爆炸产物温度进行了实时测量,获得了爆炸产物瞬态温度-时间分布曲线,分析了不同配比炸药造成爆炸产物温度出现差异的原因。
In order to investigate the hot destruction of explosive products,the temperature response test of TNT explosive products,including explosive experiments in free field response and the half-airtight space,is carried out by WRe5/26 thermocouple according to Seebeck effect and heat transfer theory principle.
为研究炸药爆炸产物的热毁伤作用,根据塞贝克(Seebeck)效应和传热学原理,利用WRe5/26热电偶对TNT爆炸产物进行了温度响应测试,包括自由场实验和半密闭空间实验,获得了相应的温度曲线,分析了影响热电偶响应的因素。
