A new spherical field transformation approach for near-field measurements above perfectly
electrically conducting (PEC) ground planes at arbitrary heights is presented. It provides …

The spherical multipole based near-field far-field transformation is extended to near-field
antenna measurements above a perfectly electrically conducting (PEC) ground plane. As …

An effective near-field to far-field transformation using a reduced number of near-field
measurements collected via a spherical scan over the upper hemisphere, due to the …

This communication proposes an efficient NF-FF transformation with spherical spiral scan for
volumetric antennas under test (AUTs), using a minimum number of spiral data, which, due …

The equivalent dipole array is an effective method for emission source modeling to solve
practical electromagnetic engineering problems. In this paper, a spherical equivalent dipole …

The non-redundant sampling representations of electromagnetic fields and the image
principle are properly applied in this work to develop an effective probe-compensated …

Aim of this communication is to devise an effective spherical spiral near-to-far-field (NTFF)
transformation for long antennas, which uses a reduced set of spiral near-field (NF) data …

Near-field measurements above a perfectly electrically conducting ground plane require an
appropriate consideration of ground effects in the subsequent reconstruction of equivalent …

An efficient spherical near-field to far-field (NF/FF) transformation, using a minimum number
of NF data, which, due to the presence of an infinite perfectly conducting ground plane, are …

This work aims to propose and optimise a non-redundant spherical spiral near-to-far field
(NTFF) transformation for elongated AUTs from spiral near-field (NF) data acquired over the …