Concept — Atomic model with quantised orbits and discrete energy levels.
Present in chapters
21
Linked atoms
25 linked atoms.
21 Introduzione alla meccanica quantistica
- Prove the radius of the Bohr orbit
- Worked exercise — a red photon from the hydrogen atom
- The model of the hydrogen atom
- The electron as a standing wave
- The Franck-Hertz experiment
- The four equations of the Bohr model
- Hydrogen levels, Balmer and Lyman
- Energy levels of the hydrogen atom
- Electron spin and the Pauli principle
- Why matter doesn’t collapse
- Problem — From lambda to the initial level (Balmer)
- Problem — Speculative physics, h multiplied by ten
- Problem — Speculative physics, reducing h and the atomic volume
- Problem — Speculative physics, a universe without Pauli
- Problem — Uncertainty of the electron in an atom
- Problem — Hydrogen levels as horizontal lines
- Problem — Hydrogen’s n = 3 level and the H-alpha line
- Problem — Why the atom doesn’t collapse (standing wave)
- Problem — X-rays from ionised fluorine
- Problem — Ranking the energies of the H levels
- Problem — Ranking transition frequencies
- Problem — Stellar spectrum and the 397 nm line
- Absorption spectra
- Problem — Stability of the atom and the Rutherford model
- True or false on quantum physics