Joule-Thomson expansion for quantum corrected AdS-Reissner-Nordstrom black holes in a Kiselev spacetime

In this work, we study the inversion temperature associated with the Joule-Thomson expansion from the thermodynamics of AdS-Reissner-Nordstrom black holes. We include quantum corrections in a cosmological fluid that can describe phantom dark matter or quintessence, both in a Kiselev scenario. The description of such physical systems involves numerical solutions, and the results are presented as temperature-pressure plots for various values of the parameters of our model. We find nonzero minimum inversion temperatures as well as nonzero minimum pressures depending on the values of those parameters. Completing our study, we also find isenthalpic curves associated with black hole fixed mass processes.

Automated summary

In this work, the inversion temperature associated with the Joule-Thomson expansion from the thermodynamics of AdS-Reissner-Nordstrom black holes is studied. Quantum corrections are included in a cosmological fluid that can describe phantom dark matter or quintessence, both in a Kiselev scenario. Numerical solutions are used to describe the physical systems, and the results are presented in temperature-pressure plots for different parameter values. Nonzero minimum inversion temperatures and pressures are found depending on the values of the parameters. Isenthalpic curves associated with black hole fixed mass processes are also discovered.