The 'quiet time' fluxes of protons and alpha- particles in the energy range of 2-20 MeV/ nucleon in 1967
Quiet time proton and alpha particle flux and differential energy spectra measured by cosmic ray detectors on OGO 3 satellite
Fan, C. Y.↗
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Results for “OGO”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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The altitude dependence of the quiettime cosmic ray ionization over the polar regions at solar minimum
Quiettime cosmic ray ionization altitude dependence over polar regions from measurements by integrating ionization chamber on OGO-2
George, M. J.↗
Observations of the cosmic ray knee with a polar orbiting ionization chamber
Cosmic ray knee interpretation using polar orbiting ionization chambers data from OGO-2/4
George, M. J.↗
Evolution in design of the orbiting geophysical observatories
OGOs design evolution with respect to scientific mission requirements
Scull, W. E.↗
The morphology of the bulge region of the plasma sphere
Plasmasphere bulge region morphology from hydrogen ion concentration measurement by mass spectrometer on OGO 5 satellite
Chappell, C. R.↗
Magnetic and electric field changes across the shock and in the magnetosheath
Magnetic and electric field changes across earth bow shock and magnetosheath, discussing Pioneer 8 and OGO-5 data
Coleman, P. J.↗
Cosmic ray electrons and positrons of energies 2 to 9.5 MeV observed in interplanetary space
Cosmic ray electron and positron differential energy spectra during solar quiet times from OGO- 5 satellite observations in interplanetary space
Cline, T. L.↗
Spectra and charge composition of the low energy galactic cosmic radiation from Z equals 2 to 14
Low energy galactic cosmic radiation energy spectra and charge composition in 2-14 Z range by OGO-5, suggesting two component model for origin
Balasubrahmanyan, V. K.↗
Latitude and altitude dependence of the cosmic ray albedo neutron flux
Cosmic ray albedo neutron flux latitude and altitude dependence, using OGO-6 polar orbiting satellite
Chupp, E. L.↗
A comparison of the oxygen ion-ion neutralization and radiative recombination mechanisms for producing the ultraviolet nightglow
UV oxygen nightglow observation by OGO-4, examining ion-ion neutralization and radiative recombination production mechanisms
Hanson, W. B.↗
Study of the thermal plasma on closed field lines outside the plasmasphere
Thermal plasma model along magnetic field lines outside plasmasphere with sharp density gradient in equatorial plane, using OGO-4 ion composition measurements
Grebowsky, J. M.↗
Electron observations between the inner edge of the plasma sheet and the plasmasphere
Electron densities between inner edge plasma sheet and plasmasphere as function of geocentric radial distance from OGO-3 electrostatic measurements
Frank, L. A.↗
Magnetic field and electron observations near the magnetopause
Magnetic field and electron flux observations near magnetopause via magnetometer and triaxial electron spectrometer on OGO-E
Ogilvie, K. W.↗
Thorad-Agena performance for the Orbiting Geophysical Observatory 6 mission
Thor Agena performance in placing OGO-6 into elliptical polar orbit
Source record↗
Empirical model of polar thermosphere storm Final technical report
OGO-d atmospheric composition data for polar thermospheric storm model
Taeusch, D. R.↗
On inward motion of the magnetopause preceding a substorm
Magnetopause inward motion preceding magnetic storms observed by means of OGO-E magnetometer
Aubry, M. P.↗
Perturbations to observed ambient neutral densities due to presence of an Orbiting Geophysical Observatory
Perturbations in density of ions and neutral particles in upper atmosphere due to OGO
Hinton, B. B.↗
Structured variations of the plasmapause - Evidence of a co-rotating plasmatail
Structured variations of plasmapause observed by OGO-D and evidence of co-rotating plasmatail
Grebowsky, J. M.↗