22 results
Search Results
2. Discussion of paper by S.-I. Akasofu and S. Yoshida, 'Growth and decay of the ring current and the polar electrojets.'
3. Analysis and synthesis of coronal and interplanetary energetic particle, plasma, and magnetic field observations over three solar rotations.
4. Cosmic-ray diffusion coefficient in interplanetary space.
5. Influence of Dust Loading on Atmospheric Ionizing Radiation on Mars
6. Role of drifts and global merged interaction regions in the long-term modulation of cosmic rays
7. Comparison of diffusion and particle drift descriptions of radial transport in the earth's inner magnetosphere
8. Observations related to the acceleration, injection, and interplanetary propagation of energetic protons during the solar cosmic ray event on February 16, 1984
9. The effect of corotating interaction regions on the propagation of relativistic cosmic rays in the heliosphere
10. The mean free path of low-rigidity cosmic rays
11. On the origin of corotating energetic particle events
12. A theory of local and global processes which affect solar wind electrons. II - Experimental support
13. A possible closure relation for heat transport in the solar wind
14. Collisionless effects on the spectrum of secondary auroral electrons at low altitudes
15. Comment on 'The origin of transient cosmic ray intensity variations' by S. P. Duggal and M. A. Pomerantz
16. Behavior of low-energy protons and alpha particles during a disturbed time period
17. An Interpretation of Schroeters Valley and Other Lunar Sinuous Rills
18. Observations of the Van Allen Radiation Regions During August and September 1959
19. Influence of thermal anisotropy on best-fit estimates of shock normals.
20. Simultaneous measurements of helium and heavy nuclei fluxes in cosmic rays over Fort Churchill
21. Satellite observations of the artificial radiation belt of July 1962
22. Comment on ‘The origin of transient cosmic ray intensity variations’ by S. P. Duggal and M. A. Pomerantz
Discovery Service for Jio Institute Digital Library
For full access to our library's resources, please sign in.