Quantum Mechanics

Part 1: Computational and Mathematical Support 1. Basics of Fortran 2. Basics of Numerical Calculation and Series 3. Linear Algebra for Quantum Mechanics 4. Differential Equations for Quantum Mechanics Part 2: Old Quantum Mechanics, Matrix Mechanics and Wave Mechanics 5. Absorption/Emission Spectroscopy and Spectral Lines 6. Black-body Radiation, Einstein and Planck's Law 7. Bohr, Sommerfeld and Old Quantum Mechanics 8. Heisenberg's Matrix Quantum Mechanics 9. Wave Packet and de Broglie's Wave-particle Duality 10. Schroedinger's Wave Quantum Mechanics 11. Applications of Matrix and Wave Quantum Mechanics 12. Lande, Pauli, Dirac and Spin 13. Boltzmann and Fermi-Dirac Statistics Part 3: Schroedinger's Solutions to One and Two-electron Problems 14. One-particle Quantum Harmonic Oscillator 15. Particle in a Box 16. Particle in a Circular Motion and Angular Momentum 17. Hydrogen-like Atom and Atomic Orbitals 18. Helium Atom, Variational Method and Perturbation Theory

Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.

• Engenharia química
• A física quântica (mecânica quântica e teoria quântica de campos)
• Química física
• Química quântica e teórica
• Física
• Química industrial

Fortran Codes;Numerical Calculation;History of Quantum Mechanics;Valence Bond Theory;Hartree-Fock;Orbital Angular Momentum;Wave Function;Numerov Method;Spectral Radiance;Magnetic Quantum Number;Angular Momentum;Anomalous Zeeman Effect;Hartree Fock;Quantum Numbers;Matrix Mechanics;Harmonic Oscillator;Quantum Harmonic Oscillator;Zeeman Effect;Azimuthal Quantum Number;Hamiltonian Function;Quantum Angular Momentum;Normal Zeeman Effect;Planck's Law;Hamilton Jacobi Equation;Spin Angular Momentum;Linear Momentum Operator;Quantum State Vector;Time Dependent Wave Function;Heisenberg Equation