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Space radiation shielding analysis and dosimetry for the space shuttle program

William Atwell, E.R. Beever, Alva C. Hardy, Robert G. Richmond, B. L. Cash

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Abstract

Active and passive radiation dosimeters have been flown on every Space Shuttle mission to measure the naturally‐occurring, background Van Allen and galactic cosmic radiation doses that astronauts and radiation‐sensitive experiments and payloads receive. A review of the various models utilized at the NASA/Johnson Space Center, Radiation Analysis and Dosimetry is presented. An analytical shielding model of the Shuttle was developed as an engineering tool to aid in making premission radiation dose calculations and is discussed in detail. The anatomical man models are also discussed. A comparison between the onboard dosimeter measurements for the 24 Shuttle missions to date and the dose calculations using the radiation environment and shielding models is presented.

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What this paper is about

Active and passive radiation dosimeters have been flown on every Space Shuttle mission to measure the naturally‐occurring, background Van Allen and galactic cosmic radiation doses that astronauts and radiation‐sensitive experiments and payloads receive. A review of the various models utilized at the NASA/Johnson Space Center, Radiation Analysis and Dosimetry is presented. An analytical shielding model of the Shuttle was developed as an engineering tool to aid in making premission radiation dose calculations and is discussed in detail. The anatomical man models are also discussed. A comparison between the onboard dosimeter measurements for the 24 Shuttle missions to date and the dose calculations using the radiation environment and shielding models is presented.

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OpenAlex reports 17 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Active and passive radiation dosimeters have been flown on every Space Shuttle mission to measure the naturally‐occurring, background Van Allen and galactic cosmic radiation doses that astronauts and radiation‐sensitive experiments and payloads receive. A review of the various models utilized at the NASA/Johnson Space Center, Radiation Analysis and Dosimetry is presented. An analytical shielding model of the Shuttle was developed as an engineering tool to aid in making premission radiation dose calculations and is discussed in detail. The anatomical man models are also discussed. A comparison between the onboard dosimeter measurements for the 24 Shuttle missions to date and the dose calculations using the radiation environment and shielding models is presented.

Key concepts: Dosimeter, Electromagnetic shielding, Dosimetry, Space Shuttle, Radiation shielding, Radiation protection, Radiation, Aerospace engineering

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