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ELECTROMAGNETIC PROBES FOR LIVING TISSUE CAUTERIZATION

The cauterization of living tissues by means of high-temperature implants to be heated through electromagnetic induction is theoretically studied. Non-linear and irreversible phenomena relevant to the action of the temperature-regulation system and to the cellular death process, as like as the alteration of the local electromagnetic properties due to the high temperature are taken into account, by means of an interlaced solution procedure for the electromagnetic problem and for the thermal one. The last is treated through the hyperbolic Maxwell-Cattaneo heat-transfer equation that is more suitable than the classic parabolic Fourier-Laplace equation to treat rapid and high-level variations of the induced heat flow.