Comic Rays in Interplanetary Magnetics Fields - Toptygin, I. N.

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Sommaire:
I: Physical Properties of the Interplanetary Medium.- 1. The Solar Wind.- 2. Large-scale Interplanetary Magnetic Fields.- 3. Oscillations and Waves in Solar Wind Plasma.- 4. Shocks and Discontinuities in the Interplanetary Medium.- 5. Spectral Description of Stochastic Magnetic Fields.- II: Theory of Fast Particle Motion in Interplanetary Magnetic Fields.- 6. Qualitative Picture of Fast Particle Motion in Interplanetary Space.- 7. Kinetic Equation for Particles Moving in Magnetic Fields with Small-scale Inhomogeneities.- 8. Transport Equation.- 9. Scattering and Transport of Particles in Strong Magnetic Fields.- III: Propagation of Energetic Solar Particles.- 10. Basic Observational Data on Energetic Particles of Solar Origin.- 11. Anisotropic Propagation of Solar Cosmic Rays.- 12. Stationary Transport of Solar Cosmic Rays.- 13. Diffusion and Convection of Solar-flare Cosmic Rays.- IV: Particle Acceleration Processes in Interplanetary Space.- 14. Observational Data on Energy Variations of Cosmic Rays in Interplanetary Space.- 15. Particle Acceleration Due to Random Plasma Motions: Fermi Mechanism.- 16. Particle Acceleration by MHD Turbulence.- 17. Formation of Spectra of Accelerated Particles.- 18. Acceleration and Transport of Particles by MHD Shocks.- V: Modulation of Galactic Cosmic Rays.- 19. Basic Observational Data on Galactic Cosmic Rays.- 20. Theory of Galactic Cosmic Ray Modulation by Solar Wind Magnetic Field.- 21. Short-term Variations of Cosmic Ray Intensity.- Concluding Remarks.- I. The Green Function of the Stationary Transport Equation.- II. Solution to Non-stationary Transport Equation for a Constant Diffusion Coefficient.- III. Adiabatic Invariant of Charged Particle Crossing a Transverse Shock.- IV. Adiabatic Invariant of Charged Particle Crossing an Oblique Shock.