Magnetic charge effects on thermodynamic phase transition of modified Anti de Sitter Ay\'{o}n-Beato-Garc\'{i}a Black Holes with five parameters

TL;DR

This paper explores the thermodynamic phase transitions of a five-parameter generalized Ayon Beato Gracia magnetic charged black hole in Anti de Sitter space, extending previous work with fewer parameters.

Contribution

It introduces a five-parameter model of ABG black holes to analyze phase transitions and phase coexistence, expanding the understanding beyond earlier three-parameter models.

Findings

Identifies conditions for phase transitions in the five-parameter black hole model.

Shows coexistence points of different phases in the phase space.

Provides new physical parameter values related to phase behavior.

Abstract

In this letter we choose generalized Ayon Beato Gracia (ABG) magnetic charged black hole with five parameters to investigate possibility of thermodynamic phase transition and coexistence of different gass/liquid/solid phases of this black hole. In fact this work is an extension of our recently work where ABG black hole with three parameters was used to seek the phase transition. In this work we obtain other physical values on the parameters with respect to our previous work where the phase transition is happened together with coexistence point of different phases in the phase space.