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| Feedback to: | Alessandra Costantino |
| Published: | 03-06-2016 |
| Public Document | |
RADIATION TOOLS
The following two freeware programs are available as Radiation Environment and Effects Prediction / Calculation Tools :
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SR-NIEL CalculatorScreened Relativistic (SR) Treatment for NIEL Dose Nuclear and Electronic Stopping Power Calculator. Screened relativistic (SR) treatment for displacement damage NIEL doses (TNID) and nuclear stopping powers in materials; sr-framework for electronic stopping powers and restricted energy-losses, ionizing doses (TID); residual particle energy traversing shielding materials; single event effects (SEE) and Weibull functional form NIEL dose and nuclear stopping power calculators for elements/compounds (e.g., semiconductors); electronic stopping powers and TID doses; SEE effects in devices; solar modulated cosmic-rays spectra at 1 AU and along mission orbits from HelMod-4 model.
SR NIEL Calculator is developed by |
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SPENVISSPENVIS (SPace ENVironment Information System) is a web interface to models of the space environment and its effects, including the natural radiation belts, solar energetic particles, cosmic rays plasmas, gases and "micro-particles".
SPENVIS is developed by |
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OMEREOMERE is a standalone freeware tool computing the space environment and the radiation effects on electronic equipment in term of dose, displacement damage, single event effect and solar cell degradation.
OMERE is developed by |
GRAS |
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, radiation detection response, imaging sensor background,...) in generic 3D geometry models. |
MULASSIS |
MULASSISMULASSIS 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 shielding and detector geometry as planar or spherical layers, with the material in each layer defined by its density and elemental/isotopic composition. Incident particles can be any Geant4 particles, these include protons, neutrons, electrons, gammas, alphas and light ions. There is a wide choice for their initial energy and angular distribution. In addition, radiation spectra produced by SPENVIS can be inputted when the tool is used within this system. |
SPIS |
SPIS
SPIS, for Spacecraft Plasma Interaction Software, is a rich and advanced 3D modelling tool for the spacecraft-plasma interactions, able to model a large set of phenomenon relative to spacecraft charging. SPIS includes an advanced 3D electrostatic plasma solver based on a unstructured mesh and able to dynamically model detailed sheath structures around complex and realistic.
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SpaceSuiteSpaceSuite provides a multi-physics software suite and a pool of expertise in order to model space environment effects on spacecrafts. |
INFN
