Longitude dependence of geomagnetically trapped electrons.
Fokker-Planck equation describing distribution of geomagnetically trapped electrons as function of longitude, time, energy and mirror-point field intensity
GEOMAGNETICALLY TRAPPED PARTICLE↗
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Ion acoustic waves in collisional plasma.
Coulomb collision damping of ion acoustic waves using Fokker-Planck equation of Rosenbluth for electrons and ions constituting plasma
Buti, B.↗
Diffusion, scattering, and acceleration of particles by stochastic electromagnetic fields.
Stochastic acceleration, diffusion and scattering by weak random electromagnetic fields using Fokker-Planck equation, detailing relativistic particles
Hall, D. E.↗
Effect of energy changes on solar cosmic rays.
Solar wind convection and energy changes effects on solar cosmic rays, solving time dependent spherically symmetric Fokker-Planck equation
Axford, W. I.↗
Kinetic theory of almost classical fluids.
Fokker-Planck equation with first order quantum correction extended to mixtures by rearranging terms, noting friction tensor role
Davis, H. T.↗
Collision-induced high frequency instability in a fully ionized plasma.
Damping of high frequency waves in homogeneous fully ionized plasma with relative electron-ion drift calculated, using fokker-planck kinetic equation
PLASMA WAVE↗
The antiproton component of the primary cosmic ray flux
Solution of Fokker-Planck diffusion equation in intensity prediction of antiproton component of primary cosmic ray flux
FOKKER-PLANCK EQUATION↗
Effect of Coulomb collisions on contrastreaming plasmas.
Instability of contrastreaming plasmas investigated by taking into account Coulomb collisions via Fokker-Planck coefficients in Boltzmann equation
FOKKER-PLANCK EQUATION↗
Energy changes of cosmic rays in the solar system.
Energy changes between solar wind and cosmic rays, discussing particle motion description by Fokker- Planck differential equation
DIFFERENTIAL EQUATION↗
Generalizations and extensions of the Fokker- Planck-Kolmogorov equations.
Fokker-Planck-Kolmogoroff equations extended to cover conditional probability density functions of arbitrary random processes
RANDOM PROCESS↗
Diffusion of protons in the outer radiation belt.
Diffusion of protons in outer radiation belt due to violation of third adiabatic invariant for trapped particles
SOLAR WIND↗
Fokker-Planck treatment of the evolution of the globular cluster in energy and angular momentum space
Fokker-Planck velocity coefficients derived for homogeneous and inhomogeneous field star distributions
FOKKER-PLANCK EQUATION↗
Scattering of a test-particle by enhanced plasma fluctuations.
Scattering of test particle by enhanced electric field fluctuations in plamsa containing nonthermal electrons
WAVE SCATTERING↗
Diffusion of protons in the outer radiation belt.
Diffusion of protons in outer radiation belt due to violation of third adiabatic invariant for trapped particles
PROTON ENERGY↗
Longitude dependence of geomagnetically trapped electrons
Longitude dependence of geomagnetically trapped electrons
GEOMAGNETICALLY TRAPPED PARTICLE↗
Cosmic-ray propagation. I.
Charged particle motion in random magnetic field, describing time evolution of particle distribution in pitch angle and position in terms of Fokker- Planck coefficients
INTERPLANETARY MAGNETIC FIELD↗
Dynamical friction.
Chandrasekhar dynamical friction theory for star in cluster adapted to Fokker-Plank electron in two-component plasma theory and including multiple encounters
STAR CLUSTER↗
Origin of primary cosmic radiation and its antiproton component.
Primary cosmic ray origin and acceleration and antiproton energy spectrum, using Fokker-Planck diffusion equation
Bowen, T.↗