Diffusion of fast electrons in stochastic magnetic fields.
Fast electron diffusion in stochastic magnetic field, obtaining diffusion coefficient as function of ratio of correlation time to Larmor period
Feix, M. R.↗
Engineering topics
Feix, M. R.
Publications and source records attributed to Feix, M. R..
A variational principle for a one-dimensional stellar system.
Hohl-Feix minimum energy principle extended to arbitrary distribution functions for computer experiments on stellar systems
Feix, M. R.↗
Numerical experiments on one-dimensional stellar models
Computer models of one dimensional stellar problems, discussing fast relaxation of unsteady state to Fermi-Dirac distribution and slow relaxation to thermal equilibrium
Feix, M. R.↗
Transition between Landau and Van Kampen treatments of the Vlasov equation.
Fokker-Planck damping introduced into Fourier- Hermite representation of Vlasov equation produces Landau and Van Kampen treatments
LANDAU DAMPING↗
Fourier-Hermite solutions of the Vlasov equations in the linearized limit.
Fourier-Hermite solutions of Vlasov equations for electron motion against positive neutralizing background examined in linearized limit, noting Landau damping recovery
PARTICLE MOTION↗
Numerical experiments with a one-dimensional model for a self-gravitating star system.
One-dimensional model of stellar system evolution, using computer to calculate minimum energy configuration
ENERGY DISTRIBUTION↗
Methodology in the N-body problem - Lagrange versus Euler approach
Computer experiments on many-body problem and Lagrange versus Euler equations
COMPUTER METHOD↗
A one-dimensional model to study collective effects in stellar dynamics.
Metaequilibrium state of one-dimensional star gas computed for interesting initial conditions corresponds to minimum energy configuration
STELLAR STRUCTURE↗