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神光III装置核心X射线分幅相机将用于激光装置性能验收实验和宽范围的高能量密度物理、惯性约束聚变物理及基础物理实验研究.相机系统主要为记录神光III装置靶的时间分辨X射线发射设计,利用可更换的鼻椎实现具有二维空间分辨或者一维谱分辨的靶形貌时间分辨图像.神光III装置核心X射线分幅相机将被嵌入到一个铝制空气包中,空气包具有大容量冷却平板和一个特制的环境监测传感器阵列.相机设计很多部分不同于早期X射线分幅相机,如一套全新的阻抗匹配方案,曝光时间从0.07-1.5ns可调,先进的荧光屏,脉冲屏压电路,准确的模块定位,独特的监控系统和完全远程计算机控制.其中先进的荧光屏和脉冲屏压电路已经获得初步应用.
Shen Guang III device core X-ray camera will be used for the performance of laser device acceptance test and a wide range of high-energy density physics, inertial confinement fusion physics and basic physics experiment.The camera system is mainly for recording the time resolution of SG III device X-Ray Emission Design, Time-Resolved Image of Target Topography with Two-Dimensional Spatial Resolution or One-Dimensional Resolution Using Replaceable Nasal Nerve III Device The core X-Ray fractional camera will be embedded in an aluminum air bag , Air bag has a large capacity cooling plate and a special environmental monitoring sensor array.Many parts of the camera design is different from the early X-ray framing camera, such as a new impedance matching scheme, the exposure time adjustable from 0.07-1.5ns, advanced Fluorescent screen, pulse screen voltage circuit, accurate module positioning, a unique monitoring system and full remote computer control, including advanced screen and pulse screen voltage circuit has been initially applied.