Explosive magnetic device with a three-layered liner for radiographic study of dynamic strength of materials

A. Buyko, Y. N. Oorbachev, A. I. Kuzyayev, V. Mokhov, V. A. Pavliy, A. Petrukhin, V. B. Yakubov, W. Atchison, I. Lindemuth, R. Reinovsky
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引用次数: 1

Abstract

This paper presents the construction-technology schematic of the device comprising the helical and disk EMGs with a three-layered cylindrical liner (Al-dielectric-Cu) designed for experiments RHSR-0, 1, 2 at the current of 33-35 MA. Polyethylene or water was used as a dielectric layer. The experiments tested successfully the idea to study the dynamic strength of materials by X-raying the growth of amplitude of axisymmetric sinusoidal perturbations machined initially on the outer surface of the examined inner layer of the liner.
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带三层衬垫的爆炸磁性装置,用于材料动强度的射线照相研究
本文介绍了用于RHSR-0、1、2实验,电流为33-35 MA的螺旋肌电信号和盘状肌电信号组成的三层圆柱形衬里(al -介电- cu)装置的结构技术原理。聚乙烯或水被用作介电层。实验成功地验证了用x射线研究材料动态强度的思想,即在衬垫内层外表面初步加工的轴对称正弦摄动振幅的增长。
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A series of joint VNIIEF/LANL explosive magnetic experiments RHSR-0, 1, 2 on radiographic study of perturbations growth at a copper liner boundary with polyethylene or water Explosive magnetic device with a three-layered liner for radiographic study of dynamic strength of materials Dynamics of plasma jets in multiwire arrays Microsecond Z-pinch as ultrasoft X-ray radiation source Wire number dependence of the implosion dynamics, stagnation and radiation output of tungsten wire arrays at Z
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