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Название: On Solutions to the Linear Boltzmann Equation with General Boundary Conditions and Infinite-Range Forces
Автор: Pettersson R.
Journal of Statistical Physics, Vol. 59, Nos. 1/2, 1990. p. 403-440.
This paper considers the linear space-inhomogeneous Boltzmann equation in a convex, bounded or unbounded body D with general boundary conditions. First, mild Ll-solutions are constructed in the cutoff case using monotone
sequences of iterates in an exponential form. Assuming detailed balance relations, mass conservation and uniqueness are proved, together with an H-theorem with formulas for the interior and boundary terms. Local boundedness of higher moments is proved for soft and hard collision potentials, together with global boundedness for hard potentials in the case of a nonheating boundary, including specular reflections. Next, the transport equation with forces of infinite range is considered in an integral form. Existence of weak L1-solutions are
proved by compactness, using the H-theorem from the cutoff case. Finally, an H-theorem is given also for the infinite-range case.