Specific Absorption Rate in a Sitting Rhesus Model at 225, 1290, and 5950 MHz for E, H, and K Polarizations

摘要

Previous radio-frequency dosimetry studies of the E-polarized sitting rhesus model have shown higher specific absorption rates (SAR) than predicted by theoretical estimates basd on a prolate spheroidal model. It was postulated that partial-body resonances tended to enhance the wholebody absorption. The purpose of this study was to further investigate the effects of enhanced whole-body SARs for three primary orthogonal orientations at three widely spaced irradiation frequencies. (Author)