Individual
course details |
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Study programme |
Physics |
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Chosen research area (module) |
Theoretical
and Experimental Physics |
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Nature and level of studies |
Undergraduate
study |
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Name of the course |
Electrodynamics
2 |
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Professor (lectures) |
Voja
Radovanovic |
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Professor/associate (examples/practical) |
Biljana
Nikolic |
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Professor/associate (additional) |
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ECTS |
5 |
Status
(required/elective) |
reqiried |
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Access requirements |
Electrodynamics
1 |
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Aims of the course |
This
course is a continuation of Electrodynamics 1. The aim of this course is
applying general theoretical methods of Electrodynamics 1 on special
problems: static fields, radiation, fields in matter, electromagnetic waves
etc. |
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Learning outcomes |
Students
can understand and solve problems in Electrodynamics and to apply
Electrodynamics in advanced areas of
physics. |
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Contents of the course |
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Lectures |
1.
Electrostatics. Dipole layers. Poisson’s Equation and uniqueness of its solution. Poisson-Green equation. 2.
Laplace equation in spherical, cylindrical and cartesian coordinates. 3. Electrostatics of conductors. Methods of
images. Green functional method. 4. Dielectric matter in electrostatic
field. Clausius Mossotti equation. Models of the molecular polarisability.
Forces and energy . 5. Magnetostatic
field in matter. Paramagnetism. Diamagnetism and ferromagnetism . 6. Electromagnetic waves in vacuum and
nonconducting medium . Monochromatic plane waves . Polarization of waves .
Doppler effect. 7. Electromagnetic
field in cavity. Planck law of radiation. 8.
Green function for wave equation.
Lienard Wiecher potentials and fields. 9. Radiation of charged
particles. Electric dipole, magnetic dipole
and quadrupole radiation.
Radiation of linear antenna . Radiation of relativistic particles. 10.
Quasistatic field. Skin effect. 11. Frequency dispersion. Poyning’s theorem
for dispersive media. Classical models
for dispersion of dielectric constant and conductivity. Kramers-Kroning
relations 12. Spatial dispersion. 13. Electromagnetic waves in homogenious
matter. Groupe velocity. 14. Electromagnetic waves in anisotropic matter. 15.
Scattering of electromagnetic waves. Thomson and Rayleigh scattering. Blue
sky. |
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Examples/ practical classes |
Students
solved homework problems under supervision of professor. |
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Recommended books |
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1 |
J. D.
Jackson, Classical Electrodynamics, J. Wiley and Sons (1999) |
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2 |
L. Landau and L.
Lifshitz, Classical Theory of Fields, Butterworth-Henemann (1975) |
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3 |
L. Landau and L.
Lifshitz, Electrodynamics of Continous Media, Elsevier (1979) |
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4 |
V. V. Batygin and I.
N. Toptygin, Problems in Electrodynamics, Academic Press (1964) |
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5 |
V.
Radovanovic, Elektrodinamika, Beograd
(2017) |
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Number of classes (weekly) |
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Lectures |
Examples&practicals |
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Student
project |
Additional |
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2 |
2 |
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Teaching and learning methods |
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Assessment (maximal 100) |
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assesed coursework |
mark |
examination |
mark |
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coursework |
10 |
written
examination |
30 |
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practicals |
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oral
examination |
40 |
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papers |
20 |
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presentations |
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