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Radiation dosimeter simulator

Dmitsoft

Version
1.16
Size
33.3 MB
License
Free
Updated
May 25, 2026

Screenshots

About Radiation dosimeter simulator

Explore how radiation dosimeters work with this interactive radiation dosimeter simulator. Learn about ionizing radiation detection through an engaging educational experience that demonstrates the principles behind real dosimetry technology.

Understand the three main types of radiation—alpha particles, beta particles, and gamma radiation—and how detection devices respond to these invisible forces. Since mobile phones lack built-in radiation sensors, this simulator uses your device's magnetic field sensor to mimic dosimeter behavior, reacting to environmental magnetic fluctuations.

Perfect for students, educators, and curious minds, this app provides hands-on learning about radiation science and measurement principles. Watch your device respond to magnetic field changes and gain insight into how professional radiation detection equipment functions in real-world settings.

Whether you're studying nuclear physics, preparing for exams, or simply fascinated by radiation science, the Radiation dosimeter simulator offers an accessible way to explore these important concepts. Note: this simulator demonstrates detection principles rather than measuring actual radiation exposure.

Pros & Cons

Pros

  • Interactive learning tool for radiation physics and dosimetry principles
  • Accessible introduction to alpha, beta, and gamma radiation concepts
  • Requires no specialized hardware or external sensors to use
  • Useful study aid for students preparing for nuclear physics exams

Cons

  • Magnetic field sensor simulation does not measure actual radiation exposure
  • Educational value limited by lack of real dosimeter data or calibration
  • Results depend on local magnetic fluctuations, not real radiation sources
  • May create false impression of radiation detection capability in users

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