Projects for tag "Dose"

SHIELDOSE-2Q software library for calculating ionising dose in simple geometries from particle flux spectra.

SHIELDOSE is a computer code originally developed in the 1980s for the calculation of absorbed dose as a function of depth in simplified shielding geometries. Since...

Licenses: European Space Agency Community License – v2.4 Weak Copyleft (Type 2)
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Updated on: 14/03/2022
Created on: 14/03/2022
Owner: ESA
Tags: Radiation Dose Radiation shielding Radiation dose
Mulassis

MULASSIS is a Geant4-based M-C simulation based tool for dose and particle fluence analysis associated with the use of radiation shields. Users can define the shiel...

Licenses: European Space Agency Community License – v2.4 Strong Copyleft (Type 1)
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Updated on: 01/03/2024
Created on: 07/06/2019
Owner: ESA
Links:
  1. Homepage : Mulassis TRAC server for bug reporting.
  2. Documentation : Main reference paper for Mulassis (IEEE Tr. Nuc. Sci, Vol 49 No6)
  3. Documentation : Mulassis User Manual
Tags: Geant4 Radiation Space environment TID Dose TNID SPENVIS
GRAS (Geant4 Radiation Analysis for Space)

GRAS is a Geant4-based tool enabling common radiation analyses types (TID, TNID, fluence, SEE, path length, charge deposit, dose equivalent, equivalent dose, radiat...

Licenses: European Space Agency Public License – v2.4 – Strong Copyleft (Type 1)
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Updated on: 26/04/2024
Created on: 02/04/2019
Version Control System: svn
Owner: ESA
Links:
  1. Documentation : Main reference paper for GRAS ( IEEE Trans. Nuc. Sci. Vol 52 , No 6 , Dec. 2005 )
  2. Documentation : GRAS documentation and ticket system access details
  3. Source code : Source code for GRAS-05-00-01
  4. Source code : Source code for GRAS-05.02.01
  5. Documentation : Main paper for GRAS / Geant4 reverse (adjoint) simulations (NIM A, Vol 621, Issues 1–3, 1–21 September 2010, Pages 247-257)
  6. Source code : Source code for GRAS-06-00-01
Tags: Geant4 Radiation Space environment TID Dose TNID Displacement damage Reverse Monte Carlo Monte Carlo Charging Detector response SEE Dosimetry Radiation protection