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On the basis of the computing power of the laboratory of rarefied gases, the following numerical physical and mathematical models were developed:
A model for studying the spatial distributions of plasma near an isolated dust particle
A model for studying the spatial distributions of plasma near an isolated dust particle
Based on the mean field approximation. The calculation of ion trajectories in a self-consistent potential is performed. This potential is calculated from the Poisson equation expanded in Legendre polynomials.
Modifications: various forms of dust particles, various types of ion collisions.
Model creators:
Model creators:
Salnikov Mikhail Vladimirovich
A model for studying the spatial distributions of plasma near an infinite chain of dust particles
A model for studying the spatial distributions of plasma near an infinite chain of dust particles
Based on the mean field approximation. The calculation of ion trajectories in a self-consistent potential is performed. This potential is calculated from the Poisson equation by direct integration. Periodic conditions are set at the borders of the region. The boundaries of the region denote the interparticle distance.
Modifications: various forms of dust particles, various types of ion collisions.
Model creators:
Model creators:
Salnikov Mikhail Vladimirovich
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