2. Molecular translation |
2.1. Free particle in 1-dimension and 3-dimension spaces.
2.2. Particle in a monodimentional box of infinite potential walls.
2.3. Particle in a 3-dimentional box. Level degeneration.
2.4. Infinite thick barriers. Reflection and transmission coefficients.
2.5. Finite thick barriers. Tunnelling. |
4. Molecular rotation. |
4.1. Diatomic molecules: rigid Rotor.
4.2. Polyatomic molecules: spherical, symmetric and asymmetric tops. Rigid polyatomic rotors.
4.3. Centrifugal distortion in diatomic molecules. |
6. Electronic structure: one electron atoms. |
6.1. Electrostatic model. Time-independent Schrödinger equation.
6.2. Results of the electrostatic model. Orbitals.
6.3. Electronic spin. Spin-orbit coupling. Fine structure.
6.4. Hyperfine structure.
6.5. Interpretation of electronic spectra of 1-electron atoms. Zeeman effect. |