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Arbitrary Amplitude Dust Kinetic Alfvén Solitary Waves (DKASW) in a Three-Component Magnetized Plasma with Non-Thermal Electrons and Ions

Fri, 02/09/2024 - 00:00
Abstract

The existence of arbitrary amplitude dust kinetic Alfvén wave has been studied in a three-component plasma with magnetized cold dust and non-thermally distributed ions and electrons. In order to study the non-linear behavior of dust kinetic Alfvén waves, the Sagdeev potential method is used. The existence domain of the solitary wave has been established. It is observed that only rarefactive sub-Alfvénic DKAW are generated.

Confinement Performance of the Plasma Equilibrium Configuration of Compact Galatea Magnetic Trap

Fri, 02/09/2024 - 00:00
Abstract

The basic goal of magnetic confinement is to maintain plasma in an equilibrium state for an extended period using a magnetic field configuration. The plasma equilibrium configuration significantly affects the confinement efficiency and stability of the magnetic confinement device, and we anticipate that the equilibrium discharge of the Trimyx Galatea magnetic trap device will operate in an optimal configuration. The Grad–Shafranov equation, a mathematical model of two-dimensional magneto-fluid static equilibrium of the Trimyx Galatea magnetic trap, was established. Numerical calculations were performed under the conditions of a given magnetic field configuration and plasma pressure distribution and the evolution laws of the distinctive parameters of the equilibrium configuration were determined under different plasma confinement settings. The magnetic specific volume coupling model was further developed to demonstrate the mechanism of the influence of the magnetic trap magnetic field on the plasma confinement efficiency and properties.

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