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Combined volume discharge radiation in presence of a diffracted shock wave front
Russian version
Ivanova A.A.1, Mursenkova I.V.1
1Department of Physics, Lomonosov Moscow State University, Moscow, Russia
Email: iaanniva.phys@gmail.com, militcina.aa18@physics.msu.ru
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Results of an experimental study of a combined nanosecond volume discharge in air in front of a diffracted shock wave with various shock wave front positions in the discharge glow are reported. With Mach numbers of 3.0-4.4, radiation and current of a discharge initiated at pulsed voltage of 25 kV were recorded. It was found that discharge glow duration in the presence of a shock wave was longer than in still air, and time dependence of glow intensity was non-monotonic and had an additional maximum at the afterglow stage. Kinetic processes in a plasma region with a length from 7-40 mm, which interacted with a shock wave at the afterglow stage, were explored. Keywords: shock wave, combined nanosecond volume discharge, gas-discharge plasma, ICCD camera, plasma radiation.
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