In the present paper, we investigate required anisotropy of an exact regular Bardeen black hole characterized by its mass $M$, nonlinear parameter $g$, quintessence field $a$ in anti-de sitter spacetime with a static matter field. We also show that relative pressure anisotropy, equation state and depends on radial coordinate, reflecting for background. Next, analyze Joule-Thompson ($JT$) expans...

Heat recovery from an enhanced geothermal system (EGS) is a complex process involving heat transport in both fracture networks and rock formations. A comprehensive understanding of the ability to model underlying mechanisms important for success EGS commercialization but remains challenging practice due generally insufficient characterization reservoirs. In present study, we analyze extensively...

Thermodynamics of charged and slowly rotating black holes in 4D Gauss–Bonnet gravity has attracted a great deal attention due to its intrinsic complications rich phase structures. In this paper, we revisit the thermodynamics provide correct thermodynamic volume entropy. Thermodynamic geometries are powerful tool study microstructure holes. Based on Hessian matrix hole mass, introduce geometric ...

The formulation of the classical basic equations for a thermoelectric cooler from the Thomson relations to the non-linear differential equation with Onsager’s reciprocal relations was performed to basically study the Thomson effect in conjunction with the ideal equation. The ideal equation is obtained when the Thomson coefficient is assumed to be zero. The exact solutions derived for a commerci...

Cryosurgery is a technique for destroying undesirable tissue such as cancers using a freezing process. A previous paper referenced here describes the development of a thermodynamic modeling tool for a precooled Mixed Gas Joule-Thomson (MGJT) cryoprobe used for cryosurgery. An experimental test facility has been constructed to capture the performance of a precooled MGJT cryoprobe; the experiment...

A bstract We make a first principle study of gravitational pressure in cosmic thermo- dynamics. The is directly derived from the unified law, fact Einstein field equation spherically symmetric spacetime. By using this pressure, we obtain thermodynamics for FRW universe, especially presenting state spacetime itself, i.e. P = ( R , T ) time. Furthermore, Joule-Thomson expansion as an application ...