配备拉瓦尔喷嘴的磁等离子体光气枪高超声速二次流研究

Pavel P. Khramtsov
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引用次数: 0

摘要

介绍了高超声速流动生成的新方法,并对半角τ1 = 3◦和τ2 = 12◦锥上的高超声速流动进行了实验研究。入射流的马赫数M1 = 18。采用纹影法实现了流场结构的可视化。直傅柯刀位于阴影装置接收部分的焦平面上。采用高速相机Photron Fastcam(30万fps),曝光时间为1 μs,对阴影模式进行配准。通过阴影图中激波的倾斜角计算了锥上的马赫数。
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Investigation of Hypersonic Conic Flows Generated by Magnetoplasma Light-Gas Gun Equipped With Laval Nozzle
This chapter introduces new approach of hypersonic flow generation and experimental study of hypersonic flows over cones with half- angles τ1 = 3◦ and τ2 = 12◦. Mach number of the of the incident flow was M1 = 18. Visualization of the flow structure was made by the schlieren method. Straight Foucault knife was located in the focal plane of the receiving part of a shadow device. Registration of shadow patterns was carried out using high- speed camera Photron Fastcam (300 000 fps) with an exposure time of 1 μs. The Mach number on the cone was calculated from inclination angle of shock wave in the shadowgraph.
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