What people are saying - Write a review
We haven't found any reviews in the usual places.
H DYADIC GREENS FUNCTIONS PERTAINING TO A SOURCE
EI ELECTRIC FIELDS DUE TO SIMPLE POINT SOURCES
5 other sections not shown
Other editions - View all
amplitude antenna antenna efficiency associated Legendre functions computed cos0 current distribution denote derived dielectric loss dielectric sphere DIPOLE ON SPHERE directivity curves dyadic Green's functions E-PLANE electric and magnetic electric current electric fields equations far-zone field field radiated free space free-space H-PLANE FIG Hankel functions hence homogeneous dielectric sphere Huygens Huygens1 source LOCATED INSIDE SPHERE magnetic current magnetic current sources magnetic field magnetic source measured patterns MODAL EFFICIENCY n(n+l Observation Point obtained PATTERNS FOR CURVED PATTERNS FOR PLEXIGLAS PATTERNS FOR SOURCE PATTERNS FOR SPHERES phase deviation PLEXIGLAS SPHERE Point in Region point source radiated power RADIATION PATTERNS radiation resistance Region I oo resonance scattering coefficients shown in Fig sidelobes sin0 small sphere source in free Source in Region source located inside sphere surface SPHERES WITH VARIOUS spherical coordinate system various dielectric constants VARIOUS LOSS TANGENTS waveguide x-y plane