THERMAL MODEL OF A HUMAN BODY IN CASE OF ELECTROMAGNETIC HYPERTHERMIA
Journal: International Scientific Journal "Internauka" (Vol.1, No. 47)Publication Date: 2018-04-15
Authors : Stasevych Sergiy Kazymyra Iryna Kuz Olga;
Page : 81-86
Keywords : thermal model; human body; human thermal field; thermal conductivity; metabolic heat generation; human thermoregulation;
- THERMAL MODEL OF A HUMAN BODY IN CASE OF ELECTROMAGNETIC HYPERTHERMIA
- Effect of Electromagnetic Field Due to Radar System in Human Body
- MATHEMATICAL MODEL OF MINE SECTION POWER NETWORK IN CASE OF CURRENT LEAKAGE ON THE GROUND THROUGH HUMAN BODY RESISTANCE
- The use of anthropometric points to introduce restrictions into the synthesis of a 3D model of the human body using SMPL
- Measuring the Effect of Crystals on the Body’s Electromagnetic Field (EMF)
Abstract
A model of the human body for calculating the thermal field of biological tissue in the case of electromagnetic hyperthermia of a part of the body is presented. To simulate the thermal field we use Fiala's passive model of thermoregulation, in which the body parts (limbs, torso, neck) are geometrically represented by multilayer cylinders, and the head – by a multilayered sphere. The developed model allows predicting the body's thermal response to external factors – volumetric heating of the body area by a flexible flat applicator of the electromagnetic field.
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