Planning and predicting the processes of biological tissues heating associated with therapeutic effects involves high-precision mathematical modelling. The presented method can be used in the development of means for monitoring and regulating the laser hyperthermia procedure.Ībstract. The results showed the effectiveness of this approach. The implementation of the proposed algorithm using software made it possible to carry out a computational experiment. Due to this, a two-stage iterative procedure for solving the inverse heat transfer problem was formulated. A feature of the physical process under consideration is the possibility of its discretization. The paper proposes a method for identifying a model of one-dimensional unsteady heating of a semitransparent sample using non-contact thermometry.
Laser hyperthermia of superficial tissues is one such case. In cases where the use of contact methods for measuring temperature is impossible, it is necessary to develop new approaches to determining the unknown thermophysical and radiation-optical characteristics.
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The identification of mathematical models of heat transfer traditionally involves the installation of temperature sensors inside the sample under study and registration of the response to external thermal effects.
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