Mathematical aspects of fluid and plasma dynamics: proceedings of an International Workshop held in Salice Terme, Italy, 26-30 September 1988
Contents: A.M. Anile: Modeling intense relativistic electron beams.- N. Bellomo, M. Lachowicz: On the asymptotic theory of the Boltzmann and Enskog equations. A rigorous H-theorem for the Enskog equation.- F. Brezzi et al.: On some numerical problems in semiconductor device simulation.- D.G. Cacuci, V. Protopopescu: Canonical propagators for nonlinear systems: theory and sample applications.- R.E. Caflisch: Singularity formation for vortex sheets and hyperbolic equations.- H. Cornille: Exact exponential type solutions to the discrete Boltzmann models.- P. Degond et al.: Semiconductor modelling via the Boltzmann equation.- G. Frosali: Functional-analytic techniques in the study of time-dependent electron swarms in weakly ionized gases.- G.P. Galdi, M. Padula: Further results in the nonlinear stability of the Bénard problem.- F. Golse: Particle transport in nonhomogeneous media.- K.R. Rajagopal: Some recent results on swirling flows of Newtonian and non-Newtonian fluids.- Y. Sone et al.: Evaporation and condensation of a rarefield gas between its two parallel planes.- G. Spiga: Rigorous solution to the extended kinetic equations for homogeneous gas mixtures.
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Modeling intense relativistic electron beams
On the asymptotic theory of
On some numerical
8 other sections not shown
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analysis analytic approximation assume assumption asymptotic behaviour Boltzmann equation boundary condition coefficients collision frequency collision integral collision operator computation condensed phase conservation laws consider constant convergence corresponding defined denote density device differential disks distribution function Dynamics electric field electron energy Enskog equation equilibrium existence f+oo finite flow Green's function H-Theorem homogeneous homogenlzatlon initial condition integral interaction ionized kernel kinetic equations kinetic theory Laguerre Lemma limit linear Math mathematical matrix method Moreover Navier-Stokes equation nonlinear system nonnegative numerical obtained pa9es paper parameters Parter particles Phys physical plasma Poisson's equation Proceedin9s proof propagators prove Riccati equation Riemann surface rotating runaway satisfied scattering Scattering theory semiconductor semigroup similarity waves simulation singularities solve stability stationary solution strong operator topology temperature Theorem Transport equation travelling wave value problem variable vector Velocity Averaging velocity space vortex sheet weakly zero