DocumentCode
804157
Title
Measurements of the SEE environment from sea level to GEO using the CREAM and CREDO experiments
Author
Dyer, Clive S. ; Sims, Andrew ; Underwood, Craig
Author_Institution
Space Dept., Defence Res. Agency, Farnborough, UK
Volume
43
Issue
2
fYear
1996
fDate
4/1/1996 12:00:00 AM
Firstpage
383
Lastpage
402
Abstract
The cosmic radiation environment and activation monitor (CREAM) and cosmic radiation environment and dosimetry (CREDO) experiments have now been employed in a wide range of flight situations including aircraft, Space Shuttle, UOSAT spacecraft, and most recently the advanced photovoltaics and electronics experiment (APEX) and Space Technology Research Vehicle (STRV) satellites. Results from this unique coverage of the environment will be given ranging from the atmosphere, through the radiation belts to geostationary orbit. Collateral data on upsets have also been obtained for a number of situations. Comparisons are made with standard environment and SEE models and show significant deficiencies and discrepancies. These include time variations in the trapped particles, new radiation belts, secondary particle effects in both heavy spacecraft and the atmosphere, and overestimates of cosmic ray and solar flare heavy ions. The need for both further developments in the models and a comprehensive programme of flight experiments is emphasized
Keywords
aerospace instrumentation; aircraft instrumentation; atmospheric measuring apparatus; atmospheric techniques; cosmic ray apparatus; dosimetry; geophysical aspects of cosmic rays; radiation effects; space vehicle electronics; CREAM; CREDO experiments; GEO; Space Shuttle; UOSAT spacecraft; activation monitor; cosmic radiation environment; cosmic rays; dosimetry; electronics experiment; flight experiments; geostationary orbit; heavy spacecraft; photovoltaics; radiation belts; sea level; secondary particle effects; single event effect environment; solar flare heavy ions; time variations; trapped particles; Aerospace electronics; Atmosphere; Atmospheric modeling; Belts; Dosimetry; Extraterrestrial measurements; Radiation monitoring; Sea level; Sea measurements; Space vehicles;
fLanguage
English
Journal_Title
Nuclear Science, IEEE Transactions on
Publisher
ieee
ISSN
0018-9499
Type
jour
DOI
10.1109/23.490757
Filename
490757
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