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Abstract <p>It is well known that there are complex electrical, optical and acoustic phenomena associated with the process of electric charging of the condensed phase in a heterogeneous vortex gas stream can be observed inside large atmospheric vortices, such as tornadoes, as well as inside volcanic eruptions [1]. It is noted that linear and ball lightning (BL) can be observed inside the core of the atmospheric tornado. Electrophysical and optical precursors are often observed before the formation of tornadoes and volcanic eruptions. The purpose of this work is to study electrophysical processes in an extended heterogeneous plasma vortex formed in a testing gas stream: air stream + water vapor (aerosol).</p>

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Study of Electrophysycal Processes in an Extended Heterogeneous Plasma Vortex Flow

  • 期刊论文

  • 发表日期：

    2026年5月1日

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  • A. I. Klimov

摘要

Abstract

It is well known that there are complex electrical, optical and acoustic phenomena associated with the process of electric charging of the condensed phase in a heterogeneous vortex gas stream can be observed inside large atmospheric vortices, such as tornadoes, as well as inside volcanic eruptions [1]. It is noted that linear and ball lightning (BL) can be observed inside the core of the atmospheric tornado. Electrophysical and optical precursors are often observed before the formation of tornadoes and volcanic eruptions. The purpose of this work is to study electrophysical processes in an extended heterogeneous plasma vortex formed in a testing gas stream: air stream + water vapor (aerosol).