SNELL LAW FOR AN ELECTROMAGNETIC PULSE TRAVELLING OVER A TORUS SURFACE AND SCATTERED BY A FLAT
DOI:
https://doi.org/10.56238/isevmjv4n6-006Keywords:
Maxwell-Fredholm Equations, Left-Handed Media, Toroidal Symmetry, Electromagnetic ResonancesAbstract
We apply a new tool that is the Maxwell-Fredholm equations, to study the collision of an electromagnetic pulse with a flat surface of separation between the two parts of a torus-shaped artefact with a highly anisotropic refractive index that forces it to move over its surface. We find that it is possible to establish a relationship between the different angles involved depending on the parameters of the toroidal coordinates, which we call a particularization of Snell's law.
References
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