本文阐述了新研制的WPG-30型微机控制铍转镜扫描相机的主要技术性能、特点及其在爆炸力学实验中的初步应用情况。该机采用铍镜透平,扫描速度达15km/s,并保持相机的强光力,因而提高了它的时间分辨本领。使用微机控制台,提高了相机的自动控制程度和测速精度。通过爆轰实验表明,这种新相机对波形差的分辨能力和时间间隔的测量精度都有很大提高。 This paper describes the newly developed WPG-30 microcomputer-controlled beryllium mirror scanning camera’s main technical performance, characteristics and its initial application in the experimental study of the explosion. The aircraft uses beryllium mirror, scanning speed of 15km / s, and maintain the camera’s light power, thereby enhancing its time-resolution skills. The use of computer console, improve the camera’s automatic control and speed accuracy. Through the detonation experiments show that this new camera on the poor resolution of the waveform accuracy and time interval measurement accuracy has greatly improved.