Design of X-Ray Framing Camera with Single Perspective

Design and Experimental Study of a Large Beam Waist Streak Tube in an ICF Experiment

“…As this paper is designed for SLOS technology, the means to realize multi-frame framing in the later stage is also to use the mechanical cutting image dissector structure. If the central position of the electron beam and the image dissector are misaligned with each other in this framing technology, the information of each sub-image obtained by the final framing from our previous tracking experiment will be lost [ 18 ]. Therefore, the position of the beam spot needed to be measured.…”

“…When multiplied by the pixel size of the CCD, the corresponding size of the beam spot size should be . It can be found that the size of the photocathode pattern included was 5mm × 5mm, from which the size ratio between the waist and the object could be calculated to be 1.16:1, while the ratio of the streak tube used in the early tracking study of SLOS technology was only 0.72:1 [ 18 ], with the same photocathode pattern.…”

“…This technology uses a mechanical cutting method to divide the electron beam, which can achieve strict SLOS framing. Furthermore, we conducted a follow-up study on this SLOS framing technology [ 18 ], which verified the effectiveness of this framing technology. Additionally, the technology can only achieve four framing images, limited by the size of the “cross” image analyzer and the size of the electron beam spot.…”

X-ray framing imaging technique applied in laser fusion

“…CMOS为一种全固体分幅器件, 可以 实现皮秒至纳秒量级的时间分辨率及多分幅成像, 且 具有高空间分辨能力 [51] . 相比于传统真空变像管分幅 相机, X射线CMOS分幅相机具有如下优点: 体积小、 重量轻, 便于和其他光学成像系统集成; 将最外侧绝缘 层去掉后, CMOS芯片可以直接探测电子信号, 便于和 电子脉冲展宽系统等集成; 可实现SLOS技术等 [57] .…”