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An algorithm is presented that accurately and quickly estimates the peak 1or 10-g averaged specific absorption rate (SAR) in a human phantom when exposed to a wireless device. Instead of performing both an area scan and a zoom scan (as per international standards), only the area scan and knowledge of the transmit frequency are needed. The accuracy of the(More)
It is possible to accurately predict the dielectric parameters (effective permittivity and equivalent conductivity) of tissue equivalent liquids as a function of formulation across a range of radio frequencies. The prediction is based on the dielectric characterization of a set of parametric liquids of known formulation across certain frequency bands.(More)
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