Quantum-mechanical Description of Mendeleev Periodic Table

Contents 1. Introduction 2. Historical notes 3. The atomic models 4. The first quantum atomic model 5. The standard Schrödinger quantum hydrogen atom 5.1. The azimuthal solution and the magnetic quantum number 5.2. The polar solution and the orbital quantum number 5.3. Polar and azimuthal solutions set together 5.4. The radial solution and the principal quantum number 5.5. Final formulas for the hydrogen atom stationary states 5.6. Electron spin 6. Multielectron atoms 7. Quantum mechanical construction of the periodic table 8. The block structure of the periodic table 9. Extra labels in the periodic table 9.1. The electron affinity of an atom 9.2. Electronegativity indices 9.3. More extra labels 10. Conclusions and perspectives Acknowledgement Glossary Bibliography