对爆炸冲击波作用下微喷射粒子的全息诊断方法进行了简要的理论分析，介绍了基于粒子场全息测试原理而研制的高速运动粒子空间分布参数脉冲全息诊断系统的组成和作用，并给出了该诊断系统对爆轰粒子场实际测量的结果。结果表明，该系统可以实现对高速运动粒子的三维诊断，满足实际工作的要求。另外，对这一测试系统和技术的应用发展方向中的问题进行了简要讨论。

Based on the theory of particle field holography, a set of corresponding pulsed holographic diagnostic system was developed, on which series of experiments were carried out. In this paper, the measuring principle of ejected particles shocked by explosive is analyzed simply, the assemblies of the diagnostic system and their functions are described, and the experiment results obtained with the system are showed. The results show that the system can realize the three-dimensional diagnosis of high-speed particles and meet the requirements of actual needs. Meanwhile, the developing direction of the application and the limitation of the system are pointed out.