A code was developed for the calculation of interplanetary solar proton fluences at 1 AU for the active years 1977 to 1983. The fluences are presented as functions of mission duration tau, energy threshold E, and confidence level Q. For a given combination of tau and Q, the routine determines whether ordinary or anomalously large events are to be considered, and in the latter case, the number of anomalously large events that are predicted by probabilistic theory for the specified mission duration. The code is described in detail. A listing and sample calculations are included
To plan and design safe and reliable space missions, it is necessary to take into account the effect...
AbstractIn this study, all available data on the largest solar proton events (SPEs), or extreme sola...
Solar energetic particle events can cause major disruptions to the operation of spacecraft in earth ...
The probability with which any given proton fluence level will be exceeded during a space mission is...
Treballs Finals de Grau de Física, Facultat de Física, Universitat de Barcelona, Curs: 2018, Tutora:...
We have developed aran04 a tool for rapid predictions of proton flux and fluence profiles observed ...
Ratios of solar to trapped proton fluences were computed for circular-orbit, geocentric space missio...
Solar energetic particles (SEPs) constitute an important component of the radiation environment in i...
The United States operates a space weather service to provide information on space hazards including...
Analysis is presented for times during a space mission that specified solar proton flux levels are e...
Abstract. A new catalogue of 253 solar proton events (SPEs) with energy>10 MeV and peak intensity...
A special orbital radiation study was conducted for the SOLWIND project to evaluate mission-encounte...
Probabilistic Models of Solar Particle Events (SPEs) are used in space mission design studies to pro...
A new model is presented for the total time during a space mission that specified solar proton flux ...
Aims. Long-term fluxes or integral fluences of solar energetic particles (SEPs), and their variabili...
To plan and design safe and reliable space missions, it is necessary to take into account the effect...
AbstractIn this study, all available data on the largest solar proton events (SPEs), or extreme sola...
Solar energetic particle events can cause major disruptions to the operation of spacecraft in earth ...
The probability with which any given proton fluence level will be exceeded during a space mission is...
Treballs Finals de Grau de Física, Facultat de Física, Universitat de Barcelona, Curs: 2018, Tutora:...
We have developed aran04 a tool for rapid predictions of proton flux and fluence profiles observed ...
Ratios of solar to trapped proton fluences were computed for circular-orbit, geocentric space missio...
Solar energetic particles (SEPs) constitute an important component of the radiation environment in i...
The United States operates a space weather service to provide information on space hazards including...
Analysis is presented for times during a space mission that specified solar proton flux levels are e...
Abstract. A new catalogue of 253 solar proton events (SPEs) with energy>10 MeV and peak intensity...
A special orbital radiation study was conducted for the SOLWIND project to evaluate mission-encounte...
Probabilistic Models of Solar Particle Events (SPEs) are used in space mission design studies to pro...
A new model is presented for the total time during a space mission that specified solar proton flux ...
Aims. Long-term fluxes or integral fluences of solar energetic particles (SEPs), and their variabili...
To plan and design safe and reliable space missions, it is necessary to take into account the effect...
AbstractIn this study, all available data on the largest solar proton events (SPEs), or extreme sola...
Solar energetic particle events can cause major disruptions to the operation of spacecraft in earth ...