Title :
A Beam Summation Representation for 3-D Radiation From a Line Source Distribution
Author :
Katsav, Michael ; Heyman, Ehud
Abstract :
We introduce a Gaussian beams summation (GBS) scheme for radiation from a source distribution along a line in a 3-D configuration. The expansion is based on a discrete phase-space decomposition of the source distribution along the source axis, thus describing the field as a sum of Gaussian beams (GBs) emerging from a discrete set of points along the axis, at a discrete set of directions in a polar coordinate system. Applications to GBS representation of fields diffracted by edges is 3-D configurations are discussed.
Keywords :
Gaussian distribution; electromagnetic field theory; electromagnetic wave diffraction; 3D radiation; Gaussian beams summation; beam summation representation; discrete phase-space decomposition; fields diffraction; line source distribution; polar coordinate system; Apertures; Collimators; Diffraction; Frequency; Guidelines; Partial differential equations; Structural beams; Ultra wideband technology; Gaussian beam summation (GBS);
Journal_Title :
Antennas and Propagation, IEEE Transactions on
DOI :
10.1109/TAP.2007.913173