Electromagnetic Radiation: Including Seminal Papers of Julian Schwinger Book

1	Maxwell's equations	3
2	Spherical harmonics	45
3	Relativistic transformations	65
4	Variational principles for harmonic time dependence	81
5	Transmission lines	97
6	Waveguides and equivalent transmission lines	105
7	Rectangular and triangular waveguides	135
8	Circular cross section	155
9	Reflection and refraction	181
10	Variational methods	187
11	Examples of variational calculations for circular guide	215
12	Steady currents and dissipation	229
13	The impedance concept in waveguides	237
14	Accelerators : microtrons and synchrotrons	265
15	Synchrotron radiation	283
16	Diffraction	297
17	Quantum limitations on microwave oscillators	331
	On the representation of the electric and magnetic fields produced by currents and discontinuities in wave guides I	357
	Electron orbits in the synchroton	373
	On radiation by electrons in a betatron	383
	On the classical radiation of accelerated electrons	409
	The quantum correction in the radiation by energetic accelerated electrons	423
	Classical radiation of accelerated electrons II : a quantum viewpoint	429
	Classical and quantum theory of synergic synchrotron-Cerenkov radiation	435
	New approach to quantum correction in synchrotron radiation	465
	On the radiation of sound from an unflanged circular pipe	489
	On the theory of diffraction by an aperture in an infinite plane screen I	513
	On the theory of diffraction by an aperture in an infinite plane screen II	531
	On the transmission coefficient of a circular aperture	541
	On the theory of electromagnetic wave diffraction by an aperture in an infinite plane conducting screen	543