Radiation Analysis Simulator
Monte Carlo-based radiation shielding simulation and eco-friendly shielding material design.
3D geometry and dose mapping on GATE/Geant4; automatic calculation of dose reduction percentage, HVL and attenuation coefficients for different materials and thicknesses.
Parametric simulation runs are planned for different energy levels and material compositions; the results (dose reduction percentage, transmission factor, narrow/broad beam attenuation coefficient, HVL) are combined into a single quantitative summary table and compared across random seeds for reproducibility. The outputs feed into the design of composite, eco-friendly shielding materials as an alternative to conventional lead.
Highlights
- GATE / Geant4 Monte Carlo simulation
- Automatic HVL and attenuation coefficient calculation
- Seed-based reproducibility analysis
- FEA simulation data viewer
Technology
- GATE / Geant4
- Python
- NumPy / Pandas
- Colab
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