$Incremental length diffraction coefficients for arbitrary cylindrical scatterers.$
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Incremental length diffraction coefficients for arbitrary cylindrical scatterers.

Convenient expressions are derived for incremental length diffraction coefficients (ILDCs) in terms of the far fields of arbitrary cylindrical canonical scatterers composed of linear electromagnetic material. The derivation of these general expressions for ILDCs is based on a surface-current equival...

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Bibliographic Details
Published in:	IEEE Transactions on antennas and propagation 49, 7 (2001).
Main Author:	Yaghjian, A.D
Format:	Article
Language:	English
Subjects:	ILDC integration curves. Kottler-Franz formulas. Cylindrical canonical scatterers. Cylindrical electromagnetic fields. Cylindrical far fields. Cylindrical wave expansions. Even decomposition. Incremental length diffraction coefficients. Linear electromagnetic material. Localized electric surface current. Localized magnetic surface current. Odd decomposition. Planar surface current ILDC. Source region. Surface-current equivalence theorem. Wave functions.