Learn · Statistical Thermodynamics for Engineers
Lecture 41 of 58Week 9 Insights into Rotational, vibrational and Electronic spectroscopy in atomic and diatomic systems
Rotation vibration coupling (Complex model)
Prof. Saptarshi Basu · IISc Bangalore
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All the lectures
- Introduction to Statistical Thermodynamics
- Basic Probability Theory and Statistics
- Important Probability Distributions
- Combinatorial Analysis for Statistical Thermodynamics
- Basic Concepts
- Macrostates and Microstates
- Bose Einstein and Fermi Dirac Statistics
- Entropy and the equilibrium particle distribution
- Supplementary Video 1 Operator Theory 1
- Supplementary Video 2 Stirling Approximation and Lagrange Multipliers
- Supplementary Video 3 Equilibrium particle distribution
- The Dilute Limit and Concept of Molecular Partition Function
- The Molecular Partition Function and its relationship with Classical Thermodynamics
- Historical Survey of Quantum Mechanics
- Supplementary Video 4 Operator Theory 2
- Supplementary Video 5 Operator Theory 3
- Bohr Model for the Spectrum of Atomic Hydrogen
- Heuristic Introduction to the Schrodinger Equation
- The postulates of Quantum Mechanics
- The Steady State Schrodinger Equation: Single Particle Analysis
- Supplementary Video 6 Coordinate System 1
- Supplementary Video 7 Coordinate System 2
- Supplementary Video 8 Coordinate System 3
- The Steady State Schrodinger Equation: Multiparticle analysis
- The Particle in a Box
- The Uncertainity Principle
- The Pauli Exclusion and the Correspondence Principle
- Supplementary Video 9 Problem Solving 1
- Supplementary Video 10 Problem Solving 2
- The Internal Motion for a two particle system
- The rotational and vibrational energy mode for a diatomic molecule
- Supplementary Video 11 Problem Solving 3
- The four quantum numbers and multielectron systems
- Spectroscopic term symbols for multielectron atoms
- Electron energies for multielectron systems
- Combined energy modes for atoms and diatomic molecules
- Perturbation analysis of the Schrodinger Wave equation
- Selection rules
- The Rotational and vibrational spectroscopy
- Ro-vibrational spectroscopy (Simplex model)
- Rotation vibration coupling (Complex model)
- Ro-vibrational spectroscopy (Complex model)
- Ro-vibronic spectroscopy
- Working with Spectroscopic Schemes, Notations and Term Symbols
- From Particles to assembly I
- From Particles to assembly II
- Connecting Quantum Mechanics to Classical Mechanics
- The Equipartition principle and ideal gas
- Thermodynamic properties of ideal monoatomic and diatomic gas
- The zero of energy (rotational and vibrational)
- Specific heats, Internal energy through Vibrational and Ro-vibrational energy modes
- Introduction to Interation of Radiation with Matter
- Absorption and Emission of Radiation
- The Rabi frequency and Beer's Law
- Insights into radiative spectral transitions
- Theory of Absoprtion Spectroscopy
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