The bi-polar near-field antenna measuring system at wroclaw university of technology

Resolution in microwave holography computed with near-field samples acquired with the bi-polar antenna measuring system

“…From the practi only techniques that operates with acquired on the discrete grid Electromagnetic waves are well pro making use of spatial sampling pres In our studies we have investiga possibilities of quasi-real-time ima polar near-to-far-field transformatio holography imaging [2]. Th applications are medical robots w novel imaging is getting on ur resolution is directly related to higher frequency better resolution the same number of recorded samp high frequency the propagation l higher value up to prohibitively h the higher frequency density of sampling grid, the larger number o acquired to reconstruct image on th ated reconstruction ages by use of bion and microwave he primary our where a need for rgency.…”