Low-energy cosmic-ray modulation related to observed interplanetary magnetic field irregularities.
Low energy cosmic ray modulation relationship to observed interplanetary magnetic field irregularities in terms of diffusion, using space probes
Engineering topics
Publications and source records attributed to Gloeckler, G..
Low energy cosmic ray modulation relationship to observed interplanetary magnetic field irregularities in terms of diffusion, using space probes
Telescopic measurements of primary energy spectra and abundances of He 3 and He 4 in galactic cosmic radiation
Electron acceleration near Earth bow shock measured, using Explorer XVIII satellite, noting solar wind effect, energy spectrum in radiation belt and magnetospheric boundary, etc
IMP-III satellite measurement of galactic deuterium energy spectra near solar minimum
High energy electron acceleration detected in shock transition region of terrestrial magnetosphere, using Au-Si surface barrier solid state detector and IMP-I satellite mounted GM counter
Explorer XVIII satellite measurements of proton energy spectra in region corotating with Sun, noting modulation of galactic cosmic radiation and source of continuous particle accelerations
Solar modulation and time variation of differential energy spectrum and flux of primary helium nuclei in 30 to 90 mev/nucleon energy range
Solar and galactic particle spectra and composition measured with cosmic ray telescope mounted on satellite
Solar modulation of low-energy galactic helium spectrum as observed on IMP I satellite
Imp-I satellite measurement of differential spectrum of primary helium nuclei over energy range 30 to 90 mev
Proton and helium nuclei within interplanetary magnetic regions which corotate with sun - cosmic radiation
Acceleration of particles in earth shock transition region and beyond
Time measurements of differential energy spectra and flux of primary helium nuclei by use of charged particle telescopes