On the direct observation of cosmic-ray energy losses
Direct observation of cosmic ray kinetic energy losses in interplanetary region by measurements at separated spacecraft
Gleeson, L. J.↗
Engineering topics
Gleeson, L. J.
Publications and source records attributed to Gleeson, L. J..
Energy losses and modulation of galactic cosmic rays
Galactic cosmic ray transport equation numerical solution for interplanetary region, considering modulation, diffusion, convection and energy loss effects
Gleeson, L. J.↗
Low-energy cosmic rays near earth
Interplanetary space low energy cosmic ray protons steady state anisotropy based on radial gradient model of outward convection at solar wind speeds
Axford, W. I.↗
Solar sources and the cosmic ray transport equation
Cosmic ray transport equation for solar sources, using Fisk numerical method by applying transformation of independent variable U/r,T/
Gleeson, L. J.↗
Convective transport of low energy cosmic rays in the interplanetary region
Cosmic ray propagation in interplanetary space, deriving steady state transport equation with energy losses
Gleeson, L. J.↗
Approximations in the theory of solar-cycle modulation
Force field model for galactic cosmic rays modulation by solar cycles, noting agreement with Fokker-Planck equation analytic and numerical solutions
Axford, W. I.↗
The equations describing the cosmic-ray gas in the interplanetary region.
Continuity and momentum equations for cosmic ray gas particles in interplanetary region
Gleeson, L. J.↗
The Compton-getting effect.
Transformation of differential mean and current densities and anisotropy of cosmic ray particles and photons observed in frames of reference relative to each other with isotropic flux
Axford, W. I.↗
Solar Modulation of Galactic Cosmic Rays
Galactic cosmic ray scattering and energy loss through solar wind interaction
Axford, W. I.↗
The solar radial gradient of galactic cosmic rays.
Steady solar radial gradient of galactic cosmic ray intensity in interplanetary region noting convection, diffusion, energy losses and differential streaming
Axford, W. I.↗
Cosmic rays in the interplanetary medium.
Streaming and spatial gradient equations of cosmic ray particles in interplanetary medium model, discussing Fokker-Planck equation and heliocentric field modulation
SOLAR WIND↗
Positive ion layers in the E-region of the ionosphere.
Positive ion layers in E region explained by wind shear theory, obtaining steady state solutions for simple model
IONOSPHERIC ION DENSITY↗
Electron and ion temperature variations in temperate zone sporadic-E layers.
Electron and ion temperature changes in sporadic E layer based on wind shear theory, using energy equation
ENERGY EQUATION↗
Magnetic field variations in temperate zone sporadic-E layers.
Geomagnetic field variations in temperate zone sporadic E layer according to wind-shear theory
SPORADIC E LAYER↗