Mathematical simulation of electromagnetic wave propagation in inhomogeneous lines
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Abstract
Analytical study of electromagnetic wave propagation is done in the case of isotropic inhomogeneous lines in the presence of the so called expofunctional influences. Mathematical simulation is based on the corresponding boundary problems whose PDE (partial differential equation) is the general wave one regarding the unknown electromagnetic field intensities. This PDE, in its turn, is generated by the specific form of differential Maxwell system. Solvability criterion of the latter is proved in terms of equivalence to the general wave equation in the class of non generalized functions. Those boundary problems explicit solutions are suggested using classical integral transform method.
Reference 20.
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