Calculating Spacecraft Single Event Environments with FLUKA: Investigating the Effects of Spacecraft Material Atomic Number on Secondary Particle Showers, Nuclear Reactions, and Linear Energy Transfer (LET) Spectra, Internal to Spacecraft Avionics Materials, at High Shielding Mass

The contribution, to spacecraft avionics single event effect (SEE), nuclear reaction (NR), and total ionizing dose (TID) environments, of space radiation induced nuclear reactions and secondary particle showers in spacecraft materials is explored using the FLUKA Monte Carlo energetic particle transp...

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Hauptverfasser:	Koontz, Steve, Reddell, Brandon, Boeder, Paul
Format:	Tagungsbericht
Sprache:	eng
Schlagworte:	Aerospace materials Aircraft manufacture Detectors Lead Metallization Silicon Space vehicles
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creator	Koontz, Steve Reddell, Brandon Boeder, Paul
description	The contribution, to spacecraft avionics single event effect (SEE), nuclear reaction (NR), and total ionizing dose (TID) environments, of space radiation induced nuclear reactions and secondary particle showers in spacecraft materials is explored using the FLUKA Monte Carlo energetic particle transport code. Estimates of spacecraft single event upset rates produced using FLUKA based methods are compared to flight data. The elemental composition of avionics devices is shown to affect device SEE, NR, and TID environments as does the composition of the spacecraft structural shielding mass.
doi_str_mv	10.1109/REDW.2010.6062528
format	Conference Proceeding
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subjects	Aerospace materials Aircraft manufacture Detectors Lead Metallization Silicon Space vehicles
title	Calculating Spacecraft Single Event Environments with FLUKA: Investigating the Effects of Spacecraft Material Atomic Number on Secondary Particle Showers, Nuclear Reactions, and Linear Energy Transfer (LET) Spectra, Internal to Spacecraft Avionics Materials, at High Shielding Mass
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