MRADSIM-Dose includes MRADSIM-ConverterPro with all its powerful features and offers detailed analysis of the dose deposited in the devices of interest.
Upload your CAD geometry (STEP format) and convert it to GDML for analysis.
Easily set the necessary parameters and select the devices of interest through a user-friendly interface.
Import particle flux data for a given orbit and duration.
Geant4 transports particles through the entire geometry, even that of an entire satellite, calculating the relevant physical parameters.
Manage and analyze the accumulated radiation dose in the devices, a critical parameter in all radiation susceptibility studies.
Satellite Design: Assess the radiation dose on electronic components to improve the resilience and reliability of satellites.
Space Exploration: Analyze the effect of radiation on scientific instrumentation aboard interplanetary probes.
Avionics Protection: Study the impact of cosmic radiation on avionics of high-altitude aircraft.
Crew Safety: Assess radiation exposure for crews of long-haul commercial flights.
Satellite Defense: Analyze the radiation dose to ensure the operability of military satellites in orbit.
Communication Systems: Study the reliability of military communication systems in high-radiation environments.
Particle Physics Experiments: Simulate the impact of radiation on particle detectors in research laboratories.
Accelerator Design: Assess the radiation dose on components of particle accelerators.
Material Analysis: Study the effect of radiation on materials used in extreme environments.
Research on Chemical Reactions: Evaluate how radiation influences specific chemical reactions.
Design of Medical Instruments: Analyze the impact of radiation on diagnostic and therapeutic instruments.
Radioprotection: Study the effectiveness of shielding materials used in healthcare settings.
Management of Radioactive Waste: Simulate the effect of radiation on storage containers for nuclear waste.
Reactor Design: Assess the radiation resistance of the materials used in nuclear reactors.
Radiation safety: Simulation of different (normal or disaster) scenarios and implement mitigation techniques. Radiation mapping of internal or external environments, diffusion of radiation in surroundings and much more.
It converts files from STEP format from geometric design applications to GDML format, which is essential for simulation applications. The FREE version is available at no cost for non-commercial purposes and has already been adopted by major research institutions worldwide. The commercial PRO version removes the limitations of the free version and offers advanced features.
