Modern, Atomic and Nuclear Physics — Physics 3D Lab
15 physics experiments in real-time 3D. Spectra, radioactivity, the electron and the quantum world.
Experiments in Modern, Atomic and Nuclear Physics
- Lattice cell parameter — X-ray diffraction
- Characteristics of a Geiger–Müller tube
- Verification of the inverse square law using a GM tube
- Linear absorption coefficient of gamma radiation
- Nuclear counting statistics — Gaussian distribution
- Franck–Hertz experiment
- e/m of the electron — Thomson’s method
- Specific charge of the electron using a magnetron
- Rydberg constant — hydrogen spectrum
- Zeeman effect
- Ionisation potential of xenon
- Sommerfeld fine structure constant
- Analysis of rotation spectra
- Analysis of rotation–vibration absorption spectra
- Absorption coefficient of KMnO₄ solution
SimOli