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A brief overview of diverse plasma fireballs and their dominant instabilities
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A brief overview of diverse plasma fireballs and their dominant instabilities
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Journal Article
A brief overview of diverse plasma fireballs and their dominant instabilities
2025
Overview
The formation dynamics of plasma fireball structures along with their excitation mechanisms, associated triggered instabilities, and their relevance in diversified circumstances is briefly presented. It focusses mainly on six different instabilities, viz., sheath plasma instability (SPI), two-stream instability (TSI), Rayleigh-Taylor instability (RTI), potential relaxation instability (PRI), Kelvin-Helmholtz instability (KHI), and secondary ionization instability (SII). These instabilities are specifically discussed in the framework of plasma fireball formation in laboratory plasmas with various anode geometries along with their corresponding demonstrative schematics. A concise overview of such instabilities, encompassing their excitation dynamics, prerequisite threshold conditions, damping mechanisms, practical applications, and collective saturation mechanisms in diverse circumstances is illustratively portrayed. A comprehensive comparison of laboratory and astroplasmic fireballs; and regular and inverted fireballs is presented at the end alongside future scope in newer interdisciplinary directions.
Publisher
IOP Publishing
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