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Abstract <p>Numerical simulation of the shock wave propagation in the discharge chamber with the high-current discharge in high density hydrogen at initial pressure of 0.1–32 MPa under non-stationary energy release at current rise of rate of 10 GA/s was carried out by the finite-differences method. The source of the disturbance (shock wave) was a forming discharge channel in the interelectrode gap along the axis of the cylindrical chamber. The power disturbance of the source was given by the experimental power value in near-axis area.</p>

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Numerical Simulation of the Shock Wave Propagation in the Discharge Chamber with Megaampere Discharge in High Density Gas

  • 期刊论文

  • 发表日期：

    2025年12月1日

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  • J. V. Triaskin,
  • A. V. Budin,
  • M. E. Pinchuk,
  • N. V. Tryaskin,
  • A. A. Bogomaz

摘要

Abstract

Numerical simulation of the shock wave propagation in the discharge chamber with the high-current discharge in high density hydrogen at initial pressure of 0.1–32 MPa under non-stationary energy release at current rise of rate of 10 GA/s was carried out by the finite-differences method. The source of the disturbance (shock wave) was a forming discharge channel in the interelectrode gap along the axis of the cylindrical chamber. The power disturbance of the source was given by the experimental power value in near-axis area.