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Equivalence between Kim Method and Omi Method in Single-Cut Near-to-Far-Field Transformations for Antenna Near-Field Measurements by Masanobu Hirose; Satoru Kurokawa is a scholarly article available to read on EtoBox.

What is Equivalence between Kim Method and Omi Method in Single-Cut Near-to-Far-Field Transformations for Antenna Near-Field Measurements about?

Two promising methods (Kim method and Omi method) in the single-cut near-to-far-field transformations are shown to be equivalent. The derivations and forms of the two methods are quite different: the Kim method is derived from a cylindrical near-field transmission equation with some approximations and the Omi method is derived from an approximation of the free-space Green function and using the plane wave expansions in the 2-D fast multipole method. Whereas the appearance of the equations of both methods are quite different, both methods are proved to be equivalent mathematically.

Author

Masanobu Hirose; Satoru Kurokawa

Publisher

IEEE

Published

2019

Language

EN