An efficient recursive procedure is generalized to solve electromagnetic direct scattering problems in the presence of axially moving multilayer elliptic cylinders. The new procedure is then exploited to define two inverse scattering procedures whose target is the reconstruction of the velocity and permittivity profiles of multilayer elliptic cylinders. Starting from the same measurements of the scattered field, it is shown that the reliability of the two procedures depend on the magnitude of the velocities of the layers. Preliminary results are then discussed.
Direct and inverse scattering of axially moving multilayer elliptic cylinders
PASTORINO, MATTEO;RAFFETTO, MIRCO;RANDAZZO, ANDREA
2014-01-01
Abstract
An efficient recursive procedure is generalized to solve electromagnetic direct scattering problems in the presence of axially moving multilayer elliptic cylinders. The new procedure is then exploited to define two inverse scattering procedures whose target is the reconstruction of the velocity and permittivity profiles of multilayer elliptic cylinders. Starting from the same measurements of the scattered field, it is shown that the reliability of the two procedures depend on the magnitude of the velocities of the layers. Preliminary results are then discussed.
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