阿特拉斯脉冲功率机的机械设计概述

D. Bowman, E. Ballard, G. Barr, G. Bennett, J. Cochrane, H. Davis, T. Davis, G. Dorr, R. Gribble, J. Griego, M. Hood, H. J. Kimerly, A. Martinez, T. McCuistian, R.B. Miller, S. Ney, K. Nielsen, P. Pankuch, W. Parsons, C. Potter, R. Ricketts, H. Salazar, D. Scudder, C. Shapiro, M. Thompson, R. Trainor, G. Valdez, W. Yonemoto
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引用次数: 0

摘要

Atlas是由洛斯阿拉莫斯国家实验室设计的脉冲功率设备,用于进行高能密度实验,以支持基于科学的库存管理和基础研究计划。Atlas将由24个单独的维护单元组成,每个单元由4个240千伏Marx单元组成。维护单元包含在围绕中心靶室排成一圈的大型油罐中。电容器组的总存储能量为23兆焦耳。维护单元将通过输出短路开关将放电进入垂直三板传输线,并从那里进入一个大真空室内的过渡区/集电极。概述了阿特拉斯机器的机械设计方面。其中包括维护单元的设计和三板传输线及过渡区域的设计。讨论了原型系统的制造和测试结果。
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An overview of the mechanical design of the Atlas pulsed power machine
Atlas is a pulsed-power facility being designed at Los Alamos National Laboratory to perform high-energy density experiments in support of Science-Based Stockpile Stewardship and basic research programs. Atlas will consist of 24 individual maintenance units, each consisting of 4 240-kV Marx units. Maintenance units are contained in large oil tanks arrayed in a circle about a central target chamber. Total stored energy of the capacitor bank will be 23 MJ. Maintenance units will discharge through an output shorting switch into a vertical tri-plate transmission line, and from there into a transition area/collector inside a large vacuum chamber. An overview of mechanical design aspects of the Atlas machine is presented. These include maintenance unit design and design of the tri-plate transmission line and transition region. Findings from fabrication and testing of prototype systems are discussed.
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