Cosmic-ray flux distribution in interplanetary-magnetic-field sectors

Computer Science

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Cosmic Rays, Galactic Radiation, Interplanetary Magnetic Fields, Particle Flux Density, Adiabatic Conditions, Convection, Deceleration, Solar Wind

Scientific paper

The behavior of galactic-cosmic-ray fluxes and flux density within an interplanetary-magnetic-field (IMF) sector is examined using data on the cosmic-ray neutron component. The observed effects are explained in the framework of the diffusion model of cosmic-ray propagation with allowance for convection and adiabatic deceleration. It is shown that the degree of IMF irregularity may depend in an arbitrary manner on the heliocentric longitude of a magnetic sector and that the cosmic-ray flux distribution in such a sector is governed by both the presence of high-speed solar-wind streams and the behavior of the cosmic-ray diffusion coefficients.

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