天鹅座系统定时

E. Ormond, M. Parrales, Michael R. Garcia, John R. Smith, P. H. Amos, K. Hogge, M. Misch, Mohammed Mohammed, H. Truong
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引用次数: 0

摘要

Cygnus双光束放射设备由两个相同的放射源组成,每个源的剂量等级为4拉德,在1米处,直径为1毫米。棒捏点二极管的发展使其能够满足这些标准。在Cygnus机器的棒捏二极管使用0.75毫米直径,锥形尖端,钨阳极棒延伸通过直径9毫米,铝阴极孔径。如果配置得当,从孔径边缘产生的电子束可以自我隔离,并夹在棒的尖端,形成一个强烈的小x射线源。天鹅座源被用作亚临界实验的主要诊断,这些实验是单次高值事件。天鹅座上的系统时序将根据以下系统元素进行评估:高压触发发生器,马克思,脉冲形成线和棒夹尖二极管。备用触发发电机也将包括在这次评估中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cygnus System Timing
The Cygnus Dual Beam Radiographic Facility consists of two identical radiographic sources each with a dose rating of 4-rad at 1 m, and a 1-mm diameter spot size. The development of the rod pinch diode was responsible for the ability to meet these criteria1. The rod pinch diode in a Cygnus machine uses a 0.75-mm diameter, tapered tip, tungsten anode rod extended through a 9-mm diameter, aluminum cathode aperture. When properly configured, the electron beam born off the aperture edge can self-insulate and pinch onto the tip of the rod creating an intense, small x-ray source. The Cygnus sources are utilized as the primary diagnostic on Subcritical Experiments that are single-shot, high-value events. The system timing on Cygnus will be evaluated as related to the following system elements: HV trigger generator, Marx, pulse forming line and rod pinch diode. Spare trigger generators will also be included in this evaluation.
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