Generalized flux-weighted boundary walls in kinetic models
New kinetic model explores non-thermal stationary states in fusion plasmas.
Researchers have developed a generalized flux-weighted boundary condition technique for kinetic models of collisionless systems.
This new framework allows for the investigation of stationary states with various velocity distributions imposed at system boundaries, moving beyond standard Maxwellian schemes.
The study reveals that while standard flux-weighted injection leads to thermal equilibrium, other boundary conditions result in non-thermal stationary states with complex density and temperature profiles.
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