The leading–order hydrodynamics of the landau-vlasov kinectic equation with the nonlocal collision integral
Date Issued
2018
Author(s)
Gorev, V.
Sokolovsky, A.
Shedlovsky, I.
Abstract
This paper is devoted to the hydrodynamics of a one-component gas with small potential interaction. The basis of investigation is the kinetic equation in case of small potential interaction which contains general nonlocal collision integral [1] and describes arbitrary non-uniform states. In the local approximation this equation coincides with the well-known Landau–Vlasov kinetic equation. In hydrodynamics the system is supposed to be weakly non-uniform
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THE LEADING–ORDER HYDRODYNAMICS OF THE LANDAU-VLASOV KINECTIC EQUATION WITH THE NONLOCAL COLLISION INTEGRAL.pdf
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THE LEADING–ORDER HYDRODYNAMICS OF THE LANDAU-VLASOV KINECTIC EQUATION WITH THE NONLOCAL COLLISION INTEGRAL
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