The aim of this work is to compute the attenuation that an electromagnetic wave will suffer when traversing the human body. The frequency under consideration is 4GHz, but a calculation in 1.5GHz is also provided to contrast this formulation against the results of the literature. The calculation is done considering a uniform plane wave normally incident upon the skin, which traverses the chest, reach the heart and bounces back.
UWB radars for Bio-Medical Sensing: Attenuation Model for Wave Propagation in the Body at 4GHz / Bilich, Carlos. - ELETTRONICO. - (2006), pp. 1-4.
UWB radars for Bio-Medical Sensing: Attenuation Model for Wave Propagation in the Body at 4GHz
Bilich, Carlos
2006-01-01
Abstract
The aim of this work is to compute the attenuation that an electromagnetic wave will suffer when traversing the human body. The frequency under consideration is 4GHz, but a calculation in 1.5GHz is also provided to contrast this formulation against the results of the literature. The calculation is done considering a uniform plane wave normally incident upon the skin, which traverses the chest, reach the heart and bounces back.File in questo prodotto:
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