Lectures in English
- Computer Simulations in Nuclear Education
Int. Conference on Radiation Physics (2002, Debrecen) - Link: PPS
- Nuclear Physics Lectures (PDF)
- Syllabus
- Examinations subjects
- Nuclear Fundamentals (HUVINETT) (PDF)
- Basic properties of nuclei (2 hours)
- Radioactivity (2 hours)
- Nuclear Reactions (2 hours)
- Nuclear Fission (2 hours)
Nucl. and Reactor Physics Fundamentals- Basic properties of nuclei (4 hours)
- Radioactivity (4 hours)
- Nuclear Reactions ( 4 hours)
- Fusion & Fission (4 hours)
- Nuclear Measurements (4 hours)
Educational simulations in English
- Rutherford’s experiment (screen shot)
- Link: HTML
- Radioactivity (screen shot)
- Link: HTML
- Nuclear masses (screen shot)
- Link: HTML
- Description: PDF
- Radioactive decay series (screen shot)
- Link: HTML
- Attenuation of radiation (screen shot)
- Link: HTML
- Cyclotron operation (screen shot)
- Link: HTML
- Radiation shielding (screen shot)
- Link: HTML
- EM Transitions in a “StringAtom” (screen shot)
- Link: HTML
- Giant resonances (screen shot)
- Link: HTML
- Investigation of Compton effect (screen shot)
- Link: EXE (Windows)
- Gamma spectroscope (screen shot)
- Link: EXE (Windows)
- Positron Emission Tomography – PET (2021) (screen shot)
- Link: EXE (Windows)
- User’s manual: (PDF)
- Standing light-wave moving relativistically (2021) (screen shot)
- Link: EXE (Windows), HTML
- Simulation of an electric power system (2022)
- Link: Self-extracting
EXE (Windows), HTML - User’s manual: (PDF)
- Simulation of Radiotherapy (2023) (screen shot)
- Help link: PDF1, PDF2
- Link: EXE (Windows)
- HTML link: —
- Measuring beta spectrum with a Wien filter (2024) (screen shot)
- Help links: PDF1, PDF2
- EXE link: —-
- HTML5 link:
/SCsaba/BetaSpectr/
- Standing waves (2024)
- HTML5 link:
/SCsaba/Allohullamok