Application of Flash X-Ray Radiography System in Muzzle Image Diagnosis of Railgun

Hui Tian, Gu Jinliang, Yong Jin, Yan Xia, G. Wan, Baoming Li
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引用次数: 0

Abstract

Because the X-ray can penetrate the flame and smoke in the railgun's muzzle to detect the armature situation, an X-ray digital imaging system is assembled for railgun muzzle diagnostics, which consists of Scandiflash 300kV flash X-ray system, PROSCAN 35 X-ray computer radiography (CR) imaging system and image processing software. The flash Xray system provides short and intense pulses of X-ray. The image plates are placed behind the armature, perpendicular to the x-ray beam axis. The X-ray digital imaging system can take 4 time sequence images of 1.4m within the muzzle of projectile. Observing these images, the experimental information about the trajectory, attitude and appearance of the armature can be obtained. And some important ballistic parameters, such as muzzle velocity and the ablation condition of armature also can be obtained via analyzing these images. The parameters can provide reliable experimental parameters for the mechanism of electromagnetic launch and designing the railgun launcher.
闪光x射线成像系统在轨道炮炮口图像诊断中的应用
由于x射线可以穿透轨道炮炮口内的火焰和烟雾,探测电枢状况,因此,本文设计了一套轨道炮炮口诊断x射线数字成像系统,该系统由Scandiflash 300kV闪光x射线系统、PROSCAN 35 x射线计算机x射线成像系统和图像处理软件组成。闪光x射线系统提供短而强的x射线脉冲。成像板放置在电枢后面,垂直于x射线光束轴。x射线数字成像系统可在弹膛内拍摄4张1.4m的时序图像。通过观察这些图像,可以获得电枢轨迹、姿态和外形的实验信息。通过对这些图像的分析,还可以得到一些重要的弹道参数,如初速和电枢烧蚀情况。这些参数可为电磁发射机理和轨道炮发射装置的设计提供可靠的实验参数。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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