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Record Details

Record 17 of 8248
HILT - A heavy ion large area proportional counter telescope for solar and anomalous cosmic rays
External Online Source: doi:10.1109/36.225520
Author and Affiliation:
Klecker, Berndt(NASA, Washington, DC, United States)
Hovestadt, Dietrich(NASA, Washington, DC, United States)
Scholer, M.(NASA, Washington, DC, United States)
Arbinger, H.(NASA, Washington, DC, United States)
Ertl, M.(NASA, Washington, DC, United States)
Kaestle, H.(NASA, Washington, DC, United States)
Kuenneth, E.(NASA, Washington, DC, United States)
Laeverenz, P.(NASA, Washington, DC, United States)
Seidenschwang, E.(Max-Planck-Inst. fuer Extraterrestrische Physik, Garching, Germany)
Blake, J. B.(Aerospace Corp., Los Angeles, CA, United States) Show more authors
Abstract: The HILT sensor has been designed to measure heavy ion elemental abundances, energy spectra, and direction of incidence in the mass range from He to Fe and in the energy range 4 to 250 MeV/nucleon. With its large geometric factor of 60 sq cm sr the sensor is optimized to provide compositional and spectral measurements for low intensity cosmic rays (i.e. for small solar energetic particle events and for the anomalous component of cosmic rays). The instrument combines a large area ion drift chamber-proportional counter system with two arrays of 16 Li-drift solid state detectors and 16 CsI crystals. The multi dE/dx-E technique provides a low background mass and energy determination. The sensor also measures particle direction. Combining these measurements with the information on the spacecraft position and attitude in the low-altitude polar orbit, it will be possible to infer the ionic charge of the ions from the local cutoff of the Earth's magnetic field. The ionic charge in this energy range is of particular interest because it provides unique clues to the origin of these particles and has not been investigated systematically so far. Together with the other instruments on board SAMPEX (LEICA, MAST, and PET), a comprehensive measurement of the entire solar and anomalous particle population will be achieved.
Publication Date: May 01, 1993
Document ID:
(Acquired Dec 28, 1995)
Accession Number: 93A52203
Document Type: Journal Article
Publication Information: IEEE Transactions on Geoscience and Remote Sensing; p. p. 542-548.; (ISSN 0196-2892); 31; 3
Publisher Information: United States
Financial Sponsor: NASA; United States
Organization Source: NASA; Washington, DC, United States
Description: 7p; In English
Distribution Limits: Unclassified; Publicly available; Unlimited
Rights: Copyright
Imprint And Other Notes: IEEE Transactions on Geoscience and Remote Sensing vol. 31, no. 3 p. 542-548. May 1993
Miscellaneous Notes: Research supported by DARA and NASA
Availability Source: Other Sources
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