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Abstract
COJ Technical & Scientific Research
Wide Aperture Non-Chain HF (DF) Lasers Initiated by Self-Sustained Volume Discharge Self-Organization Processes of Dissipative Structures
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Open or CloseApollonov VV* and Kazantsev S Yu
Prokhorov General Physics Institute, Russia
*Corresponding author: Apollonov VV , Prokhorov General Physics Institute, Russian Academy of Sciences, Moscow, Russia
Submission: June 11, 2019; Published: August 06, 2019
Abstract
The properties of the self-sustained volume discharge development in gas mixtures of a non-chain electrochemical HF laser are shown to arise from the processes of self-organization of dissipative structures in the form of plasma diffuse channels. Consistent patterns of the formation of diffuse channels in a gas-discharge plasma of a self-sustained volume discharge are revealed.
Keywords: Self-sustained volume discharge; Self-organization; Dissipative structures; Non-chain HF(DF) chemical laser
Abbrevations: SSVD: Self-Sustained Volume Discharge; SIVD: Self-Initiated Volume Discharge
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