Abstract
A mathematical model of the problem of heating a porous medium containing a liquid by an acoustic field is presented. Assuming that the main mechanism that converts the energy of the wave field in a porous medium into heat is the force of viscous friction between the saturating liquid and the skeleton, the function of a volumetric heat source for the process of heating a porous medium using an acoustic field is constructed. The dependences of the power of a heat source on the parameters of the wave field and the parameters determining the state of a porous medium are analyzed.
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