Chapter 1 Remarks and Problems on Transmission Lines and Waveguides
[1] Study about the historical development of the Maxwell equations for electromagnetism starting with the experimental findings and theoretical formulations of Coulomb, Ampere, Oorsted, Faraday, Gauss and finally culminating in Maxwell’s introduction of the displacement current to satisfy charge conservation in time varying situations. Study about how Maxwell converted all these findings into laws expressible in the form of partial differential equations based on the basic operations of vector calculus and how by manipulating these equations, he proved that electric and magnetic fields propagate in vacuum as plane waves travelling at the speed of light and thereby how he unified ...
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