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August 7, 2025

Numerical Investigation of the Electrophysical and Plasma-Chemical Mechanisms of Formation of a Negative Streamer of an Impulse High-Voltage Discharge in an AIr Bubble in Water

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Authors

MBM.I. BoikoAMA.V. Makogon

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Overview

Numerical modeling reveals electric field dynamics in air bubbles during high-voltage discharges, suggesting optimization for nanosecond discharges.

Key Points

  • The streamer evolves into a highly conductive channel, significantly increasing electric field strength in water.
  • Modeling shows how conduction current develops in air bubbles and displacement current in water interfaces.
  • The study illustrates distributions of electric field intensity and concentrations of charged particles.
  • Findings indicate potential optimization parameters for future experimental setups with nanosecond discharges.

Cite This Study

Boiko et al. (2025) studied this question.

synapsesocial.com/papers/68af4ce5ad7bf08b1ead69cdhttps://doi.org/10.46813/2025-158-092
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