01509    a2200169   4500020001500000040001300015082001100028100001700039245004700056250001200103260003300115300003600148505075100184520031900935650005001254650003501304  a0387201564  aDLCbDLC00a621.341 aIda, Nathan.10aEngineering electromagnetics/cNathan Ida.  a2nd ed.  aNew York :bSpringer,c2004.  axvii, 1235 p. :bill. ;c24 cm.0 a1. Vector algebra -- 2. Vector calculus -- 3. Coulomb's law and the electric field -- 4. Gauss's law and the electric potential -- 5. Boundary value problems : analytic methods of solution -- 6. Boundary value problems : numerical (approximate) methods -- 7. The steady electric current -- 8. The static magnetic field -- 9. Magnetic materials and properties -- 10. Faraday's law and induction -- 11. Maxwell's equations -- 12. Electromagnetic waves and propagation -- 13. Reflection and transmission of plane waves -- 14. Theory of transmission lines -- 15. The Smith chart, impedance matching, and transmission line circuits -- 16. Transients on transmission lines -- 17. Waveguides and resonators -- 18. Antennas and electromagnetic radiation.1 a"The book is a comprehensive two semester textbook. It is written with all details of derivations included and all steps in solutions listed. It requires little beyond basic calculus and can be used for self-study. The wealth of examples and alternative explanations makes it approachable by students."--BK JACKET. 0aElectromagnetic devicesxMathematical models. 0aElectromagnetismxMathematics.