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1969•Electronics LettersRequires access

Discrepancies in waveguide-attenuation expressions

Michael Brady, A.S. Norconsult

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Abstract

Waveguide-attenuation expressions given in the literature disagree by as much as 0.2%, which exceeds the precision customarily associated with waveguide computations. In addition, the UK DEF standard waveguide-attenuation expression is shown to be misleading. A rectangular waveguide is specifically treated and standard waveguide-attenuation expressions are suggested.

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What this paper is about

Waveguide-attenuation expressions given in the literature disagree by as much as 0.2%, which exceeds the precision customarily associated with waveguide computations. In addition, the UK DEF standard waveguide-attenuation expression is shown to be misleading. A rectangular waveguide is specifically treated and standard waveguide-attenuation expressions are suggested.

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Available abstract

Waveguide-attenuation expressions given in the literature disagree by as much as 0.2%, which exceeds the precision customarily associated with waveguide computations. In addition, the UK DEF standard waveguide-attenuation expression is shown to be misleading. A rectangular waveguide is specifically treated and standard waveguide-attenuation expressions are suggested.

Key concepts: Attenuation, Waveguide, Computation, Optics, Physics, Mathematics, Algorithm

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