CH foam material is filled in the cavities in order to improve planar degree of shock wave driven by X-ray radiation.Wedge-shaped aluminum samples are used to measure time-space streaking images of optical signals from the shock wave.And then the velocity
CH foam material is filled in the cavities in order to improve planar degree of shock wave driven by X-ray radiation.Wedge-shaped aluminum samples are used to measure time-space streaking images of optical signals from the shock wave.And then the velocity
在腔内充CH发泡材料，提高辐射驱动冲击波的平面性.利用楔形铝膜测量辐射驱动冲击波发光信号的条纹图像，从而获得冲击波速度和冲击波压力.利用冲击波速度与辐射温度的定标关系，求得辐射温度.