Interaction of free boundary of fluid layer with Taylor wave created by laser pulse

POSTER

Abstract

In the hydrodynamic laboratory of SarFTI NRNU MEPhI experiments carry out to study the instability of the free surface of a thin (about 2 mm) layer of fluid, developing after the going to surface nonsteady decaying shock wave (Taylor wave) with amplitude of about 1 kbar. The Taylor wave was produced by evaporating a thin (about 1 mm) target located on the surface layer under the influence of the laser pulse duration of 10 ns. The results of the experiments and discussion are presented.

Authors

  • Alexey Syundyukov

    • MIPT

  • Michael Astashkin

    • RFNC-VNIIEF

  • Victor Baranov

    • RFNC-VNIIEF

  • Alla Georgievskaya

    • RFNC-VNIIEF

  • Anatoly Golubinsky

    • RFNC-VNIIEF

  • Evgeniy Meshkov

    • SarFTI NRNU MEPhI

  • Dmitriy Irinichev

    • RFNC-VNIIEF

  • Vitaliy Khatunkin

    • RFNC-VNIIEF