Self-organized multiscale structures in thermally relativistic electron-positron-ion plasmas

Abstract

The self-organization of a thermally relativistic magnetized plasma comprising of electrons, positrons and static ions is investigated. The self-organized state is found to be the superposition of three distinct Beltrami fields known as triple Beltrami (TB) state. In general, the eigenvalues associated with the multiscale self-organized vortices may be a pair of complex conjugate and real one. It is shown that all the eigenvalues become real when thermal energy increases or the positron density decreases. The impact of relativistic temperature and positron density on the formation of self-organized structures is investigated. The self-organized field and flow vortices may vary simultaneously on vastly different length scales. The disparate variation of self-organized vortices is important in the context of dynamo theory. The present work is useful to study the formation of multiscale vortices and dynamo mechanisms in multi-species thermally relativistic plasmas.

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Cited by in corpus (5)

• On the quadruple Beltrami fields in thermally relativistic electron-positron-ion plasma
• Self-organization of earth's inner magnetospheric multi-ion plasma
• Impact of temperature asymmetry and small fraction of static positive ions on the relaxed states of a relativistic hot pair plasma
• Quadruple Beltrami field structures in electron-positron multi-ion plasma
• Relaxation of a Two Electron-Temperature Relativistic Hot Electron-Positron-Ion Plasma