M.Sc Physics - Skymount Distance Education

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SUBJECT CODE: 1.4SUBJECT: ELECTROMAGNETIC THEORYUNIT IElectrostatics – Field and potential due to a point charge - line charge –surface charge and volume charge – divergence and curl of electrostaticfield – energy due to point charge distribution and continuous chargedistribution – Poisson equation and Laplace equation – electrostaticboundary condition – separation of variables – Cartesian and sphericalcoordinates – multipole and dipole – problems in dipole interaction –electrostatic fields in matter – dielectrics – dipoles induced in polarisability –polarisability tensor – electric field produced by uniform polarized sphere –field inside dielectric – Gauss law with dielectric – susceptibility –permeability and dielectric constant – susceptibility tensor field inside alinear dielectric sphere when placed in a electric field – force on a chargeoutside a linear dielectric slab – energy in a dielectric system – forces ondielectrics – connection between polarisability and susceptibility.UNIT IIMagnetostatics - Lorentz force - cyclotron motion - continuity equation - Blotand Savart’s law for line, surface and volume currents - divergence and curlof B - Ampere's law – applications - magnetic vector potential - multipleexpansion of vector potential - Dia, Para and ferromagnet torques and forceson magnetic dipoles - magnetic field of a uniformly magnetized sphere -magnetic susceptibility and permeability in linear media and non linearmedia - ferromagnetism.UNIT IIIOhm's law - Faraday's law - electromagnetic inductance - energy inmagnetic field Maxwell's equations - boundary conditions - scalar. andvector potentials – gauge transformation – Coulomb gauge and Lorentzgauge – energy arid momentum in electrodynamics - Maxwell's stresstensor – conservation of momentum.
UNIT IVElectromagnetic waves - the wave equation - oolarization - reflection andtransmission - boundary conditions - electromagnetic waves In nonconducting media - propagation through linear media - reflection andtransmission at normal incidence and oblique incidence - electromagneticwaves in conductors - reflection and transmission at conducing surface -plasma wave guides -T£ waves in rectangular wave guides - coaxialtransmission line.UNIT VElectromagnetic radiation - retarded potential and potential - electric andmagnetic dipole radiation - radiation from point charge – fields of a pointcharge Bremsstrauhlung, Synchrotron radiation and Cerenkov radiation.REFERENCE BOOKS:1. Classical Electrodyhamics - J.D. Jackson.2. Foundation of electromagnetic theory - Rietz, Milford and Griffith.3. Electromagnetic fields and waves - P. Lorrain and D. Corson.
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M.Sc Physics - Skymount Distance Education

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