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/* Methods Of Electrostatics, Magnetostatics & Quasistatics */
With EM.Ferma, one can explore the fields in the vicinity of charge distributions, voltage sources, and current sources. Transmission line characteristic impedance (Z0) and Effective Epsilon can also be obtained.
== Methods Of Electrostatics, Magnetostatics & Quasistatics Quasi-Statics ==
In EM.Ferma, we solve the Laplace equation (shown below) subject to specified sources and boundary conditions.
