Let one or more vertically polarized plane waves illuminate a perfectly electrically conducting right cylinder, of unknown, starlike cross section, $\Omega$. The problem consists of reconstructing the boundary $\Gamma$ of $\Omega$ from knowledge of the measured scattering amplitude
Crosta, G. (2000). The forward propagation method applied to the inverse obstacle problem of electromagnetics. In A.G. Ramm, P.N. Shivakumar, A.V. Strauss (a cura di), Operator theory and its applications (pp. 225-238). Providence, RI : American Mathematical Society.
The forward propagation method applied to the inverse obstacle problem of electromagnetics
CROSTA, GIOVANNI FRANCO FILIPPO
2000
Abstract
Let one or more vertically polarized plane waves illuminate a perfectly electrically conducting right cylinder, of unknown, starlike cross section, $\Omega$. The problem consists of reconstructing the boundary $\Gamma$ of $\Omega$ from knowledge of the measured scattering amplitude
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