Vehicle encountered electron and proton fluxes were calculated for a set of nominal TIROS-N trajectories with new computational methods and new electron environment models. Temporal variations in the electron data were considered and partially accounted for. Estimates of energetic solar proton fluxes are given for the lifetime of the satellite at selected integral energies from 10 to 100 MeV. Field strength calculations were performed with an extrapolated model on the basis of linear secular variation predictions. Orbital flux integration results are presented in graphical and tabular form
The Long Duration Exposure Facility (LDEF) spacecraft flew in a 28.5 deg inclination circular orbit ...
The data needed in the future for trapped particle modeling are summarized. A short summary of past ...
Particle flux densities of radiation belts for atmospheric explorer missions C, D, and
Trapped particle radiation levels on several OSO missions were calculated for nominal trajectories u...
The ambient trapped particle fluxes incident on the ATS-F satellite were determined. Several synchro...
The orbital electron and proton flux calculations were performed for determining the applicability o...
Updated radiation data were obtained for the UK-4 satellite by performing orbital flux integrations ...
Ratios of solar to trapped proton fluences were computed for circular-orbit, geocentric space missio...
A special orbital radiation study was conducted for the SOLWIND project to evaluate mission-encounte...
The charged particle fluxes incident on spacecrafts in very eccentric orbits were investigated in su...
The charged particle fluxes to be encountered by spacecraft in circular orbits with inclinations of ...
Model of inner radiation belt to determine values of fluxes and energy spectra of protons and electr...
Orbital flux integration for three selected mission altitudes and geographic instantaneous flux-mapp...
Trapped electron environment in inner and outer radiation belts - tables and graph
An empirical model for energetic solar proton fluxes is presented. With this model, the effects of s...
The Long Duration Exposure Facility (LDEF) spacecraft flew in a 28.5 deg inclination circular orbit ...
The data needed in the future for trapped particle modeling are summarized. A short summary of past ...
Particle flux densities of radiation belts for atmospheric explorer missions C, D, and
Trapped particle radiation levels on several OSO missions were calculated for nominal trajectories u...
The ambient trapped particle fluxes incident on the ATS-F satellite were determined. Several synchro...
The orbital electron and proton flux calculations were performed for determining the applicability o...
Updated radiation data were obtained for the UK-4 satellite by performing orbital flux integrations ...
Ratios of solar to trapped proton fluences were computed for circular-orbit, geocentric space missio...
A special orbital radiation study was conducted for the SOLWIND project to evaluate mission-encounte...
The charged particle fluxes incident on spacecrafts in very eccentric orbits were investigated in su...
The charged particle fluxes to be encountered by spacecraft in circular orbits with inclinations of ...
Model of inner radiation belt to determine values of fluxes and energy spectra of protons and electr...
Orbital flux integration for three selected mission altitudes and geographic instantaneous flux-mapp...
Trapped electron environment in inner and outer radiation belts - tables and graph
An empirical model for energetic solar proton fluxes is presented. With this model, the effects of s...
The Long Duration Exposure Facility (LDEF) spacecraft flew in a 28.5 deg inclination circular orbit ...
The data needed in the future for trapped particle modeling are summarized. A short summary of past ...
Particle flux densities of radiation belts for atmospheric explorer missions C, D, and