The purpose is to provide an overview of the contributions presented in sessions SH3, SH1.5, SH4.6 and SH4.7 of the 19th International Cosmic Ray Conference. These contributed papers indicate that steady progress continues to be made in both the observational and the theoretical aspects of the transport and acceleration of energetic charged particles in the heliosphere. Studies of solar and interplanetary particles have placed emphasis on particle directional distributions in relation to pitch-angle scattering and magnetic focusing, on the rigidity and spatial dependence of the mean free path, and on new propagation regimes in the inner and outer heliosphere. Coronal propagation appears in need of correlative multi-spacecraft studies in ass...
We examine effects on the charge states of energetic ions associated with gradual solar flares due t...
A propagation model which combines a Gaussian profile for particle release from the sun, with interp...
Acceleration and propagation of solar cosmic rays as deduced from relative abundance of protons to h...
For a number of impulsive solar particle events we examine variations of maximum intensities and tim...
A brief review is presented of what might result from a program of solar cosmic ray observations on ...
Observations and theories of particle acceleration in solar flares are reviewed. The most direct sig...
The existence of interplanetary flow systems produced by the entrainment of interplanetary transient...
Observations of the cosmic radiation generated by solar flares are used to study the propagation of ...
High-energy particles, the so-called solar cosmic rays, are often generated in association with sola...
A method by which energetic cosmic ray particles in the interplanetary medium can diffuse in solar l...
The scenario and fundamentals of the physics of charged particle interplanetary transport are briefl...
Observational results on the East-West effect are summarized and discussed in the context of existin...
From December 1975 to June 1976 we observed an evolving recurrent proton enhancement with IMP 7/8 ...
Heliospheric energetic particles represent a mixture of populations. Sites of original energization ...
Observations of impulsive solar energetic particles provide unique insight into the process of parti...
We examine effects on the charge states of energetic ions associated with gradual solar flares due t...
A propagation model which combines a Gaussian profile for particle release from the sun, with interp...
Acceleration and propagation of solar cosmic rays as deduced from relative abundance of protons to h...
For a number of impulsive solar particle events we examine variations of maximum intensities and tim...
A brief review is presented of what might result from a program of solar cosmic ray observations on ...
Observations and theories of particle acceleration in solar flares are reviewed. The most direct sig...
The existence of interplanetary flow systems produced by the entrainment of interplanetary transient...
Observations of the cosmic radiation generated by solar flares are used to study the propagation of ...
High-energy particles, the so-called solar cosmic rays, are often generated in association with sola...
A method by which energetic cosmic ray particles in the interplanetary medium can diffuse in solar l...
The scenario and fundamentals of the physics of charged particle interplanetary transport are briefl...
Observational results on the East-West effect are summarized and discussed in the context of existin...
From December 1975 to June 1976 we observed an evolving recurrent proton enhancement with IMP 7/8 ...
Heliospheric energetic particles represent a mixture of populations. Sites of original energization ...
Observations of impulsive solar energetic particles provide unique insight into the process of parti...
We examine effects on the charge states of energetic ions associated with gradual solar flares due t...
A propagation model which combines a Gaussian profile for particle release from the sun, with interp...
Acceleration and propagation of solar cosmic rays as deduced from relative abundance of protons to h...