Quiet-time electron increases, a measure of conditions in the outer solar system
Quiet-time electron increases - measure of conditions in outer solar system
Engineering topics
Publications and source records attributed to Fisk, L. A..
Quiet-time electron increases - measure of conditions in outer solar system
Low energy cosmic ray intensity increase at propagating interplanetary shock wave front, discussing one dimensional model with particles undergoing convection and diffusion
Compound diffusion of cosmic rays along interstellar magnetic field lines
Galactic cosmic ray solar modulation in interplanetary medium, discussing spherically symmetric model
Cosmic ray energy loss in interplanetary medium, discussing solar wind effects on low energy particles
Energy loss of cosmic rays in interplanetary medium
Interstellar cosmic ray spectra from nonthermal radio background, obtainig electrons and protons modulation by diffusion-convection energy loss theory
Increases in low energy cosmic ray intensity at front of propagating interplanetary shock waves
Cosmic ray radial gradients and anisotropies, describing behavior in interplanetary medium
Interstellar cosmic ray spectra from nonthermal radio background
Force field model for galactic cosmic rays modulation by solar cycles, noting agreement with Fokker-Planck equation analytic and numerical solutions
Radial gradients and anisotropies of cosmic rays in interplanetary medium
Equations governing cosmic ray modulation and approximate equations valid at high and low energies
Solar cosmic ray anisotropies in terms of model with particles propagating along interplanetary magnetic field undergoing pitch-angle scattering
Solar wind convection and energy changes effects on solar cosmic rays, solving time dependent spherically symmetric Fokker-Planck equation