Inverse boundary value problems, Maxwell’s equations, Chirality, Interior determination
We consider the inverse boundary value problem for Maxwell's equations that takes into account the chirality of a body in R3 . More precisely, we show that knowledge of a boundary map for the electromagnetic fields determines the electromagnetic parameters, namely the conductivity, electric permittivity, magnetic permeability and chirality, in the interior. We rewrite Maxwell's equations as a first order perturbation of the Laplacian and construct exponentially growing solutions, and obtain the result in the spirit of complex geometrical optics.
Transactions of the American Mathematical Society
Required Publisher's Statement
© Copyright 2000 American Mathematical Society
McDowall, Stephen R., "An Electromagnetic Inverse Problem in Chiral Media" (2000). Mathematics Faculty Publications. 34.
Subjects - Topical (LCSH)
Functions, Inverse; Chirality
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