In this paper, the integrated formulas for the electromagnetic field in the planar boundary between isotropic and onedimensionally anisotropic media due to a horizontal electric dipole situated on the interface are treated in detail, and the calculable field components are given in terms of series that involve confluent hypergeometric functions, namely, the Fresnel and exponential integrals, and the expressions are more complex than the isotropic case. The exact expressions and simplified formulas can be easily reduced to the corresponding isotropic case. The results are useful to study the propagation of the electromagnetic waves on the boundary of one-dimensionally anisotropic earth or sediments.
Guo Hua Lin,
"Exactly Calculable Field Components of a Horizontal Electric Dipole in Boundary Between Isotropic and One-Dimensionally Anisotropic Media," Progress In Electromagnetics Research M,
Vol. 33, 211-222, 2013. doi:10.2528/PIERM13091309
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