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A comprehensive review of radiation models in the space environment

    Authors

    • hamid jafari 1
    • s Shoorian 2
    • s.a.m feghhi 3
    • F Bagheroskouei 4

    1 SBU

    2 Nuclear Engineering Department, Shahid Beheshti University

    3 1Nuclear Engineering Department, Shahid Beheshti University

    4 Satellite Research Institute, Iranian Space Research Center, Tehran, Iran

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Abstract

The various models have been presented by the most reliable space centers in the world to simulate the space radiation environment and its types of radiation on the earth. In addition, the various software, including SPENVIS and CREAME96, have been designed based on these models. In this article, a comprehensive review of the most important radiation models in the space environment is presented. These models are divided into three categories: trapped particles, solar particle events, and cosmic rays. The performance of each of these models has been compared and finally the best of them has been investigated to describe particles trapped in the radiation belt, particles originating from solar events and cosmic rays.

Keywords

  • Radiation model
  • Space environment
  • Trapped particles
  • Solar events
  • Cosmic rays

Main Subjects

  • Nuclear Control and Measurement Systems
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  • Article View: 118

APA

jafari, H. , Shoorian, S. , feghhi, S. and Bagheroskouei, F. (2023). A comprehensive review of radiation models in the space environment. Nuclear Technology and Energy, 2(2), -.

MLA

jafari, H. , , Shoorian, S. , , feghhi, S. , and Bagheroskouei, F. . "A comprehensive review of radiation models in the space environment", Nuclear Technology and Energy, 2, 2, 2023, -.

HARVARD

jafari, H., Shoorian, S., feghhi, S., Bagheroskouei, F. (2023). 'A comprehensive review of radiation models in the space environment', Nuclear Technology and Energy, 2(2), pp. -.

CHICAGO

H. jafari , S. Shoorian , S. feghhi and F. Bagheroskouei, "A comprehensive review of radiation models in the space environment," Nuclear Technology and Energy, 2 2 (2023): -,

VANCOUVER

jafari, H., Shoorian, S., feghhi, S., Bagheroskouei, F. A comprehensive review of radiation models in the space environment. Nuclear Technology and Energy, 2023; 2(2): -.

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  • Nuclear Technology and Energy 2021-09-15

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