volume | PIER Journals

2006-09-17

Advancement of Algebraic Function Approximation in Eigenvalue Problems of Lossless Metallic Waveguides to Infinite Dimensions, Part II: Transfer of Results in Finite Dimensions to Infinite Dimensions

Namik Yener

Prof. Namik Yener

Technology Faculty, Biomedical Engineering Dept.

Kocaeli University

Turkey

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, Vol. 65, 41-58, 2006

doi:10.2528/PIER05121503 | Google Scholar

Abstract

In this phase of the attempt to advance finite dimensional algebraic function approximation technique in eigenvalue problems of lossless metallic guides filled with anisotropic and/or inhomogeneous media,to exact analysis in infinite dimensions,it is seen that the problem in infinite dimensions,can be reduced to finite dimensions,b y virtue of a result in perturbation theory. Furthermore,it is found that analysis results of algebraic function approximation,can be adapted to infinite dimensions too,at worst by introduction of some additional arguments.

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Namik Yener, "Advancement of Algebraic Function Approximation in Eigenvalue Problems of Lossless Metallic Waveguides to Infinite Dimensions, Part II: Transfer of Results in Finite Dimensions to Infinite Dimensions," , Vol. 65, 41-58, 2006.
doi:10.2528/PIER05121503

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