Two-Temperature Two-Dimensional Model of Underground Shale Heating by Electromagnetic Field

Sergey M. Martemyanov; Alexei L. Maslov

doi:10.4028/www.scientific.net/AMR.1040.620

Paper Titles

Surface Layer Composition Change under Irreversible Conditions of Particle Beam Action
p.596

The Influence of Thermal Diffusion on the Redistribution of Alloying Element between the Coating and Base under Surface Heating
p.602

Thermal-Diffusive Stability of Counterflow Premixed Flames at Low Lewis Numbers
p.608

Two Phase Model of Diffusion in Polycrystalline Material
p.614

Two-Temperature Two-Dimensional Model of Underground Shale Heating by Electromagnetic Field
p.620

Viscoelastoplastic Model of FCC Monocrystals Deformation: Identification of Parameters
p.625

Modeling the Dynamics of 3-D Elastic Anisotropic Solids Using Boundary Element Method
p.633

Heat and Mass Transfer in Viscous Fluid Flows in Open Cavities with Moving Boundaries under Cooling the External Contour
p.638

Evaluation of Gravitational Force Effect on Balancing Processes in Liquid-Type Autobalancing Devices
p.642

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 1040Two-Temperature Two-Dimensional Model of...

Two-Temperature Two-Dimensional Model of Underground Shale Heating by Electromagnetic Field

Abstract:

A two-dimensional two-temperature model of shale stratum heating by high-frequency electromagnetic field is proposed. The heat exchange between solid rock and gas contained in pores is shown to significantly affect temperature field characteristics. The stratum gas filtration and reaction heat effects are taken into account as a first approximation.