Stochastic aspects of magnetic lines of force with application to cosmic-ray propagation.
Stochastic and ergodic aspects of magnetic lines of force, discussing cosmic ray diffusion in interplanetary magnetic field
Jokipii, J. R.↗
Engineering topics
Parker, E. N.
Publications and source records attributed to Parker, E. N..
Cosmic-ray life and the stochastic nature of the galactic magnetic field.
Stochastic model of interstellar magnetic field to account for observed cosmic ray mean life
Jokipii, J. R.↗
The dynamical state of the interstellar gas and fields. VII.
Attractive and disruptive forces in conversion of interstellar gas into stars, discussing self gravitation, galactic magnetic field and cosmic ray pressure
Parker, E. N.↗
The role of stochastic fields in admitting low-energy galactic cosmic rays to the solar system.
Free access of low energy galactic particles to solar wind lines of force due to stochastic nature of lines
Parker, E. N.↗
The dynamical state of the interstellar gas and field. VI - Instability and enhanced diffusion in a twisted field.
Interstellar gas field dynamic instability, discussing enhanced ambipolar diffusion in twisted field
Lerche, I.↗
The dynamical state of the interstellar gas and field. V - Reduced dynamical equations.
Interstellar gas suspended on horizontal magnetic field, obtaining results for hydrostatic equilibrium and small perturbations of equilibrium by simplifying dynamical equations
Parker, E. N.↗
Random walk of magnetic lines of force in astrophysics.
Magnetic field lines of force random walk and astrophysical magnetic fields random fluctuations, noting interplanetary magnetic field and solar photosphere turbulence
Jokipii, J. R.↗
Implications of the small observed anisotropy of 7.5-to 45-Mev cosmic rays.
Low energy cosmic rays small solar quiet time radial flux /anisotropy/, considering diurnal variation suppression and cosmic ray diffusion coefficients
Jokipii, J. R.↗
Nonlinear inflation of a magnetic dipole.
Magnetic dipole nonlinear inflation by plasma explained by gas pressure noting relevance to geomagnetic storms
Parker, E. N.↗
Cosmic ray diffusion, energy loss, and the diurnal variation.
Cosmic ray intensity diurnal variation origin
Parker, E. N.↗
Small-scale nonequilibrium of the magnetopause and its consequences.
Transverse field growth studied for generation of magnetic field in boundary layer by currents along magnetopause produced by tangential solar wind
MAGNETOPAUSE↗
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↗
The dynamical state of the interstellar gas and field. II.
Nonlinear growth of interstellar gas clouds and forces in three dimensions
FORCE FIELD↗
The dynamical state of the interstellar gas and field. III.
Interstellar gas dynamic instability caused by galactic cosmic rays and magnetic field, showing turbulent and fragmentation enhancement of ambipolar diffusion
DYNAMIC STABILITY↗
Confinement of a magnetic field by a beam of ions.
Equilibrium of magnetic field confined by impact pressure of beam of ions for general direction of incidence of beam
IMPACT PRESSURE↗
An Initial Value Problem for Oscillations of the Interstellar Gas
Initial value problem for oscillations in interstellar gas
INTERSTELLAR GAS↗
Nonsymmetric inflation of a magnetic dipole.
Nonsymmetric inflation of dipole magnetic field by ionized gas, noting nonsymmetric gas dissipation
GEOMAGNETIC STORM↗
The Dynamical State of the Interstellar Gas and Field. II - Turbulence and Enhanced Diffusion
Dynamic instability of interstellar gas caused by galactic cosmic rays and magnetic field
DYNAMIC STABILITY↗