| Day |
Time |
Building / Room |
Comments |
| Tuesday | 17-20 | 54/207 | Lecture |
| Thursday | 10-12 | 54/326 | Reception hours of M. Gedalin |
| No. | Topic | Sources |
|---|---|---|
| 1 | Relativistics electrodynamics (optional): | E.1 (1-7), E.2 (8-9), E.3 (15-25), E.4 (26-33) |
| 2 | Radiative processes (optional):
bremsstrahlung, cyclotron radiation, radiation of relativistics sources, synchrotron radiation, Hamiltonian approach
|
F.7.3, F.8, E.9, B(1) |
| 3 | Electrostatics of conductors:
electrostatic fields, energy, force on conductors, boundary value problems with conductors
|
A (1-3, 5) |
| 4 | Electrostatics of dielectrics
polarization and bound charge, permittivity, energy, boundary value problems
|
C (6.1-6.5), A (6-7, 10, 13-16, 19) |
| 5 | Magnetic fields and magnetic properties of materials:
magnetization and bound currents, succeptibility, boundary value problems, energy, force, ferromagnetism, superconductivity
|
C (9.1-9.6), A (29-36), A (53-55) |
| 6 | Quasistationary currents and fields:
magnetic field penetration into conductor, skin-effect, inductance
|
A (58-64) |
| 7 | Magnetohydrodynamics:
conducting fluid in a magnetic field, equilibrium, hyrdomagnetic waves, discontinuities
| A (65, 68-72) |
| 8 | Macroscopic electrodynamics in simple media:
Maxwell equations in media, energy-momentum tensor, generalized dielectric tensor
| A (56), G (13) |
| 9 | Electromagnetic waves and radiation processes in media I:
Hamiltonian approach in media, temporal dispersion, frequency dependence of the permittivity, index of refraction
|
B (1, 6), A (75-84) |
| 10 | Electromagnetic waves and radiation processes in media II:
waves in media with temporal and spatial dispersion
|
B (11) |
| 11 | Electromagnetic waves and radiation processes in media III:
Cerenkov and Doppler effects, transition radiation
|
B (7), A (115-116) |
| 12 | *Nonlinear electrodynamics (optional):
nonlinear effects, self-focusing, second harmonic generation, Raman scattering
|
A (107-112) |