Analysis of scattering from arbitrary configuration of elliptical obstacles using T-matrix representation
A new method of analysis of an arbitrary configuration of elliptical cylinders is presented.
The treatment of such a problem is based on a combination of the cylindrical and elliptical
coordinates systems. This approach is applied to the formulation of the scattered field at the
surface of equivalent cylinder surrounding dielectric or metal elliptical object. To analyse the
arbitrary set of elliptical cylinders, the iterative scattering procedure is used. A good
agreement of the proposed method with the commercial FD simulator is achieved.
The treatment of such a problem is based on a combination of the cylindrical and elliptical
coordinates systems. This approach is applied to the formulation of the scattered field at the
surface of equivalent cylinder surrounding dielectric or metal elliptical object. To analyse the
arbitrary set of elliptical cylinders, the iterative scattering procedure is used. A good
agreement of the proposed method with the commercial FD simulator is achieved.
[PDF][PDF] Analysis of scattering from arbitrary configuration of elliptical obstacles using T-matrix representation
AKPKJ Mazur - 2008 - researchgate.net
A new method of analysis of an arbitrary configuration of elliptical cylinders is presented.
The treatment of such a problem is based on a combination of the cylindrical and elliptical
coordinates systems. This approach is applied to the formulation of the scattered field at the
surface of equivalent cylinder surrounding dielectric or metal elliptical object. To analyse the
arbitrary set of elliptical cylinders, the iterative scattering procedure is used. A good
agreement of the proposed method with the commercial FD simulator is achieved.
The treatment of such a problem is based on a combination of the cylindrical and elliptical
coordinates systems. This approach is applied to the formulation of the scattered field at the
surface of equivalent cylinder surrounding dielectric or metal elliptical object. To analyse the
arbitrary set of elliptical cylinders, the iterative scattering procedure is used. A good
agreement of the proposed method with the commercial FD simulator is achieved.
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