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Technological Possibilities of Realization of Sealed Accelerator Tubes Based on Diodes with Magnetic Isolation
Physics of Atomic Nuclei ( IF 0.4 ) Pub Date : 2021-02-21 , DOI: 10.1134/s1063778820090173
R. P. Pleshakova , A. V. Ilyinskiy , A. A. Isaev , K. I. Kozlovskiy , E. A. Shikanov , A. P. Skripnik

Abstract

Two technological schemes are considered, as well as the possibilities of their implementation for the manufacture of sealed accelerator tubes based on diodes with magnetic isolation Schematic designs of tubes under development with a laser source of deuterons and an electronic conductivity suppression system are presented. To do this, a sufficiently heat-resistant permanent magnet is included in the vacuum volume of the first tube. Another design of the tube contains a pulsed system for suppressing electronic conductivity using a pulsed magnetic field created by a conical spiral placed inside the tube.



中文翻译:

基于带磁隔离二极管的密封加速器管的技术可能性

摘要

考虑了两种技术方案,以及它们用于制造基于带磁隔离二极管的密封加速器管的可能性,并介绍了正在开发的具有氘核激光源和电导率抑制系统的管的示意图。为此,在第一管的真空容积中包括足够耐热的永磁体。该管的另一种设计包含一个脉冲系统,该系统使用放置在管内的锥形螺旋产生的脉冲磁场来抑制电子传导。

更新日期:2021-02-21
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