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Journal article

Generalization of Complex Snell-Descartes and Fresnel Laws

Generalized Snell-Descartes and Fresnel laws are derived for harmonic inhomogeneous plane waves that are incident upon a static interface between two continuous absorbing dielectric media that are macroscopically characterized by their electric and magnetic permittivities and their conductivities. A coordinate-free formalism based on complex vector algebra is used to carry out all discussions. Surprisingly, the usual complex Snell-Descartes laws for reflection and refraction and Fresnel laws for polarization are recovered only in the special case in which the vector characterizing the direction of inhomogeneity is in the plane of incidence. In the more general case a new deflection angle between planes of incidence and refraction has to be introduced. An experiment is proposed to test this prediction. A generalized form of the TE and TM modes (with respect to the interface), which are elliptically polarized and which are called parallel electric and parallel magnetic modes, also emerges.

    Keywords: PHASE-CONJUGATE MIRROR ; RECIPROCITY RELATIONS ; REFLECTION ; BALANCE ; LIGHT

    Note:

    Univ neuchatel,inst microtech,ch-2000 neuchatel,switzerland. Dupertuis, ma, ecole polytech fed lausanne,dept phys,inst micro & optoelectr,phb ecublens,ch-1015 lausanne,switzerland.

    ISI Document Delivery No.: MZ514

    Times Cited: 6

    Cited Reference Count: 34

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    Reference

    Record created on 2007-08-31, modified on 2016-08-08

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