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.↗
Engineering topics
Axford, W. I.
Publications and source records attributed to Axford, W. I..
Recombination fronts in stellar-wind flows.
Stellar wind model taking into account recombination of ionized hydrogen, noting applications to nonexpanding planetary nebulas
Axford, W. I.↗
Structure of a normal ionizing shock wave in argon.
Normal ionizing shock wave structure in argon, integrating shock equation for simple model
Axford, W. I.↗
Higher order approximations in the theory of longitudinal plasma oscillations.
Longitudinal plasma oscillations, approximating electric field and distribution function
Axford, W. I.↗
Inertial confinement of extended radio sources.
Extended radio sources confinement through suggested dynamic process permitting intergalactic medium density deduction possibility
INTERNAL PRESSURE↗
Magnetic storm effects associated with the tail of the magnetosphere.
Solar wind interaction with magnetosphere, energy dissipation during magnetic storms and magnetic energy conversion in magnetospheric tail
Axford, W. I.↗
The stability of ionization fronts.
Ionization fronts stability, finding no instabilities for strong D type fronts
RADIATIVE RECOMBINATION↗
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↗
Stellar Collisions
Head-on collision between stars at high initial relative velocity, considering one-dimensional driven shock motion in inhomogeneous medium
SHOCK WAVE↗
Satellites in concert.
Satellite observations made by two or more satellites simultaneously on interplanetary medium
INTERPLANETARY SPACE↗
Viscous-transonic flow in the accretion and stellar-wind problems.
Closed form solution expressing transonic flow in idealized stellar wind and spherical accretion problems including viscosity and thermoconductivity effects
TRANSONIC FLOW↗
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↗
The wind shear theory of the formation of temperate zone sporadic E layers.
Wind shear theory of formation of temperate zone blanketing sporadic E layers, noting motion equation for ions in ionospheric E region
ATMOSPHERIC CIRCULATION↗
The Interaction Between the Solar Wind and the Magnetosphere
Auroral and polar magnetic substorms related to magnetic field lines reconnection in magnetosphere tail
GEOMAGNETIC FIELD↗
Shock waves in the interplanetary medium.
Shock waves in interplanetary medium caused by sudden expansion of solar corona following flare
CORONA↗
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↗
Magnetic storm effects associated with the tail of the magnetosphere
Magnetic storm effects associated with tail of magnetosphere
MAGNETOSPHERE↗
Cosmic ray electrons and positrons.
Intensity and spectra of cosmic ray electrons and positrons in determining mean confinement time, density and solar modulation
POSITRON↗