Perspective of kiloterawatt soft X-ray source based on slow inductive storage with energy 1 gigajoule

V. Glukhikh, V. Kuchinsky, O. Pechersky, E. Velikhov, E. Azizov, E. Grabovsky, V. Jagnov, S. Nedoseev, G. M. Oleinik, V. D. Pismenny, V. Smirnov, V. I. Zajtsev, S. Zakharov, P. Sasorov
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引用次数: 6

Abstract

A fast liner implosion program is under development at TRINTI on the "Angara-5-1" facility, a 8-module pulsed power facility with maximum power 9 TW, pulse rise time 90 ns, and peak load current 4 MA. The main program objective is directed to high intensity soft X-ray source creation for ICF and basic research. The double liner concept has been suggested as a promising way to provide a dynamic hohlraum for pellet irradiation. As a more achievable way to obtain a pulsed power generator with tens of MA current a joint team of scientists from TRINITI, the Efremov Institute, Arzamas-16, Chelyabinsk-70, IVTAN, Tomsk and the Ekaterinburg laboratories have developed the concept of the Super Angara facility, tentatively named Baikal. The design is based on using the existing infrastructure of the T-14 tokamak in TRINITI.
能量为1千兆焦耳的千兆瓦级慢感应存储软x射线源展望
TRINTI正在“Angara-5-1”设施上开发快速线性内爆程序,这是一个8模块脉冲功率设施,最大功率为9 TW,脉冲上升时间为90 ns,峰值负载电流为4 MA。主要项目目标是为ICF和基础研究创建高强度软x射线源。双衬里概念被认为是一种很有前途的方法,为颗粒辐照提供一个动态的热室。作为获得具有数十毫安电流的脉冲发电机的一种更可行的方法,来自TRINITI、Efremov研究所、Arzamas-16、车里雅宾斯克-70、IVTAN、托木斯克和叶卡捷琳堡实验室的科学家组成的联合团队开发了超级安加拉设施的概念,暂定名为贝加尔湖。该设计基于TRINITI现有的T-14托卡马克基础设施。
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