CHE P-08 : Physical spectroscopy (e-PGP) (English)

   Thursday, June 01, 2023   

Starting a new Lecture Notes Series on CHE P-08 : Physical spectroscopy (e-PGP)

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CHE P-08 : Physical spectroscopy (e-PGP)
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Lecture Description of this above Topic:

Lecture 1: Electromagnetic radiation (CHE)

Lecture 2: Planck's distribution law (CHE)

Lecture 3: Nature of electromagnetic radiation - particle character (CHE)

Lecture 4: Boltzmann population distribution. Interaction of electromagnetic (CHE)

Lecture 5: Transition probabilities and transition dipole moment, Overview of selection rules (CHE)

Lecture 6: Einstein’s Coefficients and Lambert-Beer’s Law (CHE)

Lecture 7: Einstein’s Coefficients and Lambert-Beer’s Law (CHE)

Lecture 8: Bohr’s theory and spectra of hydrogen and hydrogen-like ions. (CHE)

Lecture 9: Alkali metal spectra (CHE)

Lecture 10: Zeeman effect (CHE)

Lecture 11: Photoelectron Spectroscopy of Atoms (CHE)

Lecture 12: Overview of Molecular Spectra, Rigid Diatomic Molecule (CHE)

Lecture 13: Microwave Spectroscopy (CHE)

Lecture 14: Rotational Spectra and Bond Lengths of Diatomic Molecules.(CHE)

Lecture 15: Moment of Inertia Tensor (CHE)

Lecture 16: Introduction to vibrational spectroscopy, Review of linear harmonic oscillator (CHE)

Lecture 17: Normal coordinates and linear transformations (CHE)

Lecture 18: Result of quantum mechanical treatment (CHE)

Lecture 19: Comparison with experimental spectra (CHE)

Lecture 20: Breakdown of the Born (CHE)

Lecture 21: Normal modes and irreducible representations for polyatomic molecules(CHE)

Lecture 22: Rayleigh and Raman scattering ( CHE)

Lecture 23: Vibrational Raman spectroscopy

Lecture 24: Determination of IR and Raman activity of vibrations from character table

Lecture 25: Electronic spectroscopy of molecules

Lecture 26: Dissociation energies- Predissociation

Lecture 27: Molecular Term Symbols and Selection Rules for Diatomic Molecules

Lecture 28: Photoelectron Spectroscopy of Diatomic Molecules

Lecture 29: Polyatomic molecules: integrated absorption coefficient

Lecture 30: Applications of Free Electron Model

Lecture 31: Application of HMO theory

Lecture 32: Excited states:

Lecture 33: CHE P8 M35 x264

Lecture 34: Mechanisms of relaxation: spin-lattice and spin-spin

Lecture 35: Shielding. Quantum mechanical treatment of a two-spin system.