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999			_c32520 _d32520
003			AR-SmCIES
005			20190208101219.0
008			190116s2000 njua f 001 0 eng d
020			_a0878915508
040			_aDLC _cDLC _dDLC _dAR-SmCIES
072		7	_2inisscc _aS71
080			_a537.8
245	0	4	_aThe electromagnetics problem solver : _ba complete solution guide to any textbook.
260			_aPiscataway, N.J. : _bResearch and Education Association, _cc2000.
300			_a946 p. : _bil. ; _c26 cm
490	1		_aREA's problem solvers
505	0		_a1. Vector analysis -- 2. Electric charges -- 3. Electric field intensity -- 4. Potential -- 5. Dielectrics -- 6. Capacitance -- 7. Poisson's and Laplace's equations -- 8. Steady magnetic fields -- 9. Forces in steady magnetic fields -- 10. Magnetic circuits -- 11. Time: varying fields and Maxwell's equations -- 12. Plane waves -- 13. Transmission lines -- 14. Wave guides and antennas -- Section II: summary of electromagnetic propagation in conducting media -- II-1. Basic equations and theorems -- II-2. Plane waves -- II-3. Electromagnetic field of dipole sources -- II-4. Electromagnetic field of long line sources and finite length electric antennas.
650		7	_2inist _92055 _aCARGAS ELECTRICAS
650		7	_2inist _92056 _aCAMPOS ELECTRICOS
650		7	_2inist _92030 _aPOTENCIAL ELECTRICO
650		7	_92057 _aELECTRIC FIELDS
700	1		_91985 _aFogiel, Max
710	2		_91986 _aResearch and Education Association.
830		0	_91987 _aREA's problem solvers
942			_2udc _cBK