Abstract:
In this paper, experimental and numerical studies of heating of oil source rocks under the action of a high-frequency electromagnetic field are carried out at an electromagnetic field frequency of $13.56$ MHz. The results of studying the dielectric parameters of oil source rocks in the high-frequency range at different temperatures within the range from $25$ to $150^{\circ}$C are presented. A mathematical model of the electromagnetic action on oil source rock samples is constructed. The model includes the heat conduction equation with distributed heat sources. The density of distributed heat sources is a function of the electric field strength and dielectric parameters of a saturated porous medium. The results of modeling the temperature distribution in samples of oil source rocks under the high-frequency electromagnetic action are presented.
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