Development of in-house microangiography using high-intensity quasi-monochromatic x-ray Irradiation from the linear plasma target

该等离子体X射线发生器采用高压电源、低阻抗同轴传输线、高压电源、低阻抗同轴传输线、容量为400nF的高压电容器、涡轮分子泵、晶闸管脉冲发生器作为触发装置，以及闪光X射线管。高压主电容器由电源充电至80千伏，电容器中的电荷在触发阴极电极后放电到管子中。然后产生冲洗的x射线。在峰值管电压几乎等于初始充电电压的情况下，由于阴极的电子流被电场粗略地会聚到Ce靶上，形成了线性等离子体X射线源，增加了K系列谱线的特征X射线强度。准单色射线照相是用一种新的无胶片计算机照相系统进行的。

The plasma X-ray generator employs a high-voltage power supply, a low impedance coaxial transmission line, a high-voltage power supply, a low impedance coaxial transmission line, a high-voltage condenser with a capacity of 400nF, a turbo-molecular pump, thyrister pulse generator as a trigger device, and a flash x-ray tube. The high-voltage main condenser is charged up to 80 kV by the power supply, and the electric charges in the condenser are discharged to the tube after triggering the cathode electrode. The flush x-ray are then produced. As the electron flows from the cathode electrode are roughly converged to the cerium target by the electric field in the peak tube voltage was almost equal to the initial charging voltage was increased, the linear plasma x-ray source formed and the characteristic x-ray intensities of K-series line increased. The quasi-monochromatic radiography was performed by a new film-less computed radiography system.