MRADSIM-Space
MRADSIM-Space is a comprehensive simulation toolkit specifically designed for space-related applications.
It offers advanced features tailored to analyze radiation effects, high-energy physics simulations, and nanomaterials research in space environments.
Up-to-date physics models
To simulate radiation effects accurately, keeping pace with advancements in Geant4 releases.
User-Friendly Interface
Based on Qt5, ensuring ease of use for both experts and non-experts in simulation software.
Comprehensive data plotting capabilities for visualizing simulation results and analyzing complex datasets.
Integration of AI
Integration of optional AI algorithms for fast and precise analysis of radiation effects on space systems and biological organisms.
| Features | Space | ||
|---|---|---|---|
| Montecarlo (Geant4) based particle generation, transport | |||
| User definable simulation parameters | |||
| Set of example geometries and relative analysis | |||
| 3D score analysis of DUTs | |||
| Fluence and LET flux at DUTs surface(s) | |||
| 3D-dose analysis on multiple DUTs | |||
| Energy deposit in DUT | |||
| 3D dose depth plots | |||
| Total Energy Deposition | |||
| Dose Calculation | |||
| 3D Data Mapping | |||
| Fluence | |||
| Path Lenght Analysis | |||
| Voxel Visualization | |||
| Technical support in 48 hours | |||
| Single or Multi-user | |||
Applications
Satellite Radiation Analysis
MRADSIM Space supports the widely use of STEP file format for 3D solid model.
Radiation Shielding
You can detect weak points of electronic components against radiation and make improvements for shielding.
