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Home » Archive of journals » 2022, ¹ 1 (18) » Kinetic Model Showing the Evolution of Liquid Inclusions in Salt Rocks under High Temperature Gradients KINETIC MODEL SHOWING THE EVOLUTION OF LIQUID INCLUSIONS IN SALT ROCKS UNDER HIGH TEMPERATURE GRADIENTSJOURNAL: 2022, ¹ 1 (18), p. 86-90AUTHORS: A.R. Avetisyan, O.O. Korchagina, L.V. Matveev ANNOTATION: The paper focuses on a kinetic evolution model developed for an ensemble of inclusions in halites in a temperature gradient field. To demonstrate the safety of heat-generating radioactive waste disposal in salt rocks (halites), thermally induced migration of liquid inclusions should be studied. A simplest approximation was assumed to describe the liquid inclusion evolution in halites: Boltzmann type equation was obtained for the distribution function depending on the isothermal size of the inclusion, taking into account coalescence and instantaneous equiprobable decay. The research allowed to develop a software module providing numerical implementation of the kinetic model. Keywords: radioactive waste, halite, ensemble of inclusions, coalescence, binary decay, isothermal size. DOWNLOAD (EN) » DOWNLOAD (RU) » Avetisyan A. R., Korchagina O. O., Matveev L. V. Kinetic model showing the evolution of liquid inclusions in salt rocks under high temperature gradients. Radioactive Waste, 2022, no. 1 (18), pp. 86—90. DOI: 10.25283/2587-9707-2022-1-86-90. (In Russian) | ||||||||||||||||
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