Course
.403342 Physical Chemistry III
Contents (Part I):
Chapter 1 Principles of Quantum Mechanics I. The SchrÖdinger Equation
1.1 The Classical Mechanics of the Harmonic
Oscillator
1.2 Properties of Wave in Classical Mechanics
1.3 The Old Quantum Theory
1.4 De Broglie Waves
1.5 The SchrÖdinger Equation
Chapter 2
Principles
of Quantum Mechanics
: II.
The Postulates of Quantum Mechanics.
2.1 Postulates I and II : Time-independent SchrÖdinger
Equation
2.2 Mathemacal Operator
2.3 Postulates III : Mathematical Operator in Quantum Mechanics
2.4 Postulates IV : Expectation Values
2.5 Postulates V
Chapter 3 The Electronic State of Atoms : Hydrogen Atom
3.1 The Hydrogen Atom System
3.2 The Central-Force Hamiltonian
3.3 Solution of the Relative SchrÖdinger Equation
3.4 The Angular Factors in the Wave Function
Chapter 4 Techniques
and Applications
4.1 Translational motion
4.2 Vibrational motion
4.3 Rotational motion
Chapter 5 Hydrogen-like
and
the Simple Orbital Approximation for Multielectron Atoms
5.1 Hydrogen-like atom
5.2 He+ atom