Subject: Subject Sylbus: Electromagnetism Spectroscopy and Matter - 124412

Electromagnetism Spectroscopy and Matter - 124412
Will not be given the year
  Lecture Exercise Laboratory Project or
4 2      

Determination of the grade according to progress during the semester and a final examination.

Prerequisites ( Physics 2 114052
and Quantum Chemistry 1 124400 )
or ( Physics 2 114052
and Quantum Chemi.and Applications 124408 )
Linked Courses Statistical Thermodynamics 124413
Overlapping Courses Physical Chemistry 4 124404
Electromagnetism and Matter 124416
Physical Chemistry 2B 124504
Physical Chemistry 124510
Incorporated Courses Physical Chemist.-Molecular Spectroscopy 124417
Basic Principles of Molecular Spectrosco 124509

Electromagnetism and Matter: Dielectric Response of An Electron Gas. Electrostatic Screening and Plasma Oscillations. Dynamics in Magnetic Fields. Polarization and Electric Fields in Insulators. Ferroelectricity. Piezoelectricity. Electromagnetic Waves in Macroscopic Media. Temporal and Spatial Dispersion. Surface Waves. Wave Guides. Schrodinger Equation in Electromagnetic Field. Diamagnetism and Paramagnetism of Atoms, Molecules and Metals. Ferro and Anti-Ferromagnetism. Spectroscopy: Stimulated Absorption and Emission. Selection Rules. Einstein Coefficients and Spontaneous Emission. Rotational, Vibrational and Vib-Rotational Spectrum of Di-and Polyatomic Molecules (Ir and Raman). Electronic Spectrum: Vibronic Structure, Franck-Condon Principle, Vib-Rotational Analysis, Photochemistry and Photophysics of Molecules. Lasers. Nmr and Esr Spectrum. Surface Spectroscopies and Structural Analysis.

1995oxford university pressp.w. atkinsphysical chemistry
1997addison - wesleyr.p. feynmanthe feynman lectures of physics
1995john wileyc. kittelintroduction of solid state physics

Created in 08/12/2022 Time 11:33:14