Wholebody SAR was measured with gradientlayer calorimeter while

We conclude that the interior composition of our man model does not significant affect the overall absorption characteristics at freuencies where the body dimensions are greater than the irradiation wavelength.. The measurements were made in the torso and head region at GHz with epolarized irradiation. Qualitative comparisons of front surface temperature were obtained with thermographic camera. At this frequency, the freespace wavelength 15 cm is less than the major body dimensions, and the energy absorption ocurred primarily at the front surface of the model in fairly unfiorm pattern.

At this frequency, the freespace wavelength 15 cm is less than the major body dimensions, and the energy absorption ocurred primarily at the front surface of the model in fairly unfiorm pattern. Qualitative comparisons of front surface temperature were obtained with thermographic camera. The measurements were made in the torso and head region at GHz with epolarized irradiation. Wholebody SAR was measured with gradientlayer calorimeter while SAR profiles at the eye and neck locations were measured using nonperturbing temperature proble. The result of these comparisons showed minor differences in radio frequency RF absorption.
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