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- W4306176886 abstract "Two novel classes of nonlinearly charged black hole (BH) solutions are introduced in the context of massive gravity theory, which are coupled to the logarithmic and exponential theories of nonlinear electrodynamics. The solutions can produce one-horizon, two-horizon, extreme, and naked singularity BHs with the massive Reissner-Nordstrom BHs' asymptotic behavior. The BHs' conserved and thermodynamic quantities are calculated under the influence of both massive gravitons and nonlinear electrodynamics. Through a Smarr-type mass formula, it is shown that these quantities satisfy the standard form of the thermodynamical first law. Thermal stability of the massive BHs is investigated using the canonical ensemble and geometrical methods, separately. The first- and second-order phase transition points, and the size of those BHs which remain locally stable, are determined. Then, the results of these alternative approaches are compared. By calculating the Gibbs free energies, global stability or Hawking-Page phase transition of the BHs is studied. The points at which the phase transition takes place and the conditions under which the BHs are globally stable are characterized. The critical behavior of the BHs is studied in the extended phase space by considering the thermodynamic pressure proportional to the cosmological constant." @default.
- W4306176886 created "2022-10-14" @default.
- W4306176886 creator A5017780233 @default.
- W4306176886 date "2022-10-14" @default.
- W4306176886 modified "2023-10-15" @default.
- W4306176886 title "Nonlinearly charged asymptotically massive Reissner-Nordström black holes in de Rham-Gabadadze-Tolley massive gravity theory" @default.
- W4306176886 cites W1512108348 @default.
- W4306176886 cites W1894211589 @default.
- W4306176886 cites W1921113983 @default.
- W4306176886 cites W1950886264 @default.
- W4306176886 cites W1951446624 @default.
- W4306176886 cites W1979642537 @default.
- W4306176886 cites W2014616874 @default.
- W4306176886 cites W2043131456 @default.
- W4306176886 cites W2048642546 @default.
- W4306176886 cites W2055257339 @default.
- W4306176886 cites W2067230672 @default.
- W4306176886 cites W2071937107 @default.
- W4306176886 cites W2073509179 @default.
- W4306176886 cites W2075659206 @default.
- W4306176886 cites W2076646969 @default.
- W4306176886 cites W2087333092 @default.
- W4306176886 cites W2088299329 @default.
- W4306176886 cites W2097968935 @default.
- W4306176886 cites W2099204364 @default.
- W4306176886 cites W2101295769 @default.
- W4306176886 cites W2114832931 @default.
- W4306176886 cites W2133722296 @default.
- W4306176886 cites W2139496359 @default.
- W4306176886 cites W2142154356 @default.
- W4306176886 cites W2152953214 @default.
- W4306176886 cites W2157606627 @default.
- W4306176886 cites W2162590803 @default.
- W4306176886 cites W2177175366 @default.
- W4306176886 cites W2252795400 @default.
- W4306176886 cites W2261809505 @default.
- W4306176886 cites W2262786161 @default.
- W4306176886 cites W2294503937 @default.
- W4306176886 cites W2337086435 @default.
- W4306176886 cites W2464509464 @default.
- W4306176886 cites W2557550680 @default.
- W4306176886 cites W2561587446 @default.
- W4306176886 cites W2567441220 @default.
- W4306176886 cites W2568266865 @default.
- W4306176886 cites W2570314876 @default.
- W4306176886 cites W2595844539 @default.
- W4306176886 cites W2747141627 @default.
- W4306176886 cites W2749249973 @default.
- W4306176886 cites W2749604952 @default.
- W4306176886 cites W2756512191 @default.
- W4306176886 cites W2766482064 @default.
- W4306176886 cites W2768257593 @default.
- W4306176886 cites W2791721637 @default.
- W4306176886 cites W2793374037 @default.
- W4306176886 cites W2800703477 @default.
- W4306176886 cites W2805654086 @default.
- W4306176886 cites W2887954605 @default.
- W4306176886 cites W2888789339 @default.
- W4306176886 cites W2901958712 @default.
- W4306176886 cites W2903763955 @default.
- W4306176886 cites W2908135021 @default.
- W4306176886 cites W2945329896 @default.
- W4306176886 cites W2954299718 @default.
- W4306176886 cites W2972122592 @default.
- W4306176886 cites W2979984630 @default.
- W4306176886 cites W2982079606 @default.
- W4306176886 cites W2990884139 @default.
- W4306176886 cites W2997540256 @default.
- W4306176886 cites W3007496499 @default.
- W4306176886 cites W3014983351 @default.
- W4306176886 cites W3037181838 @default.
- W4306176886 cites W3095622184 @default.
- W4306176886 cites W3098202147 @default.
- W4306176886 cites W3098302719 @default.
- W4306176886 cites W3098377238 @default.
- W4306176886 cites W3099112658 @default.
- W4306176886 cites W3099731122 @default.
- W4306176886 cites W3099839882 @default.
- W4306176886 cites W3101286644 @default.
- W4306176886 cites W3101780582 @default.
- W4306176886 cites W3103232810 @default.
- W4306176886 cites W3103296943 @default.
- W4306176886 cites W3103319002 @default.
- W4306176886 cites W3104705406 @default.
- W4306176886 cites W3107526090 @default.
- W4306176886 cites W3110269377 @default.
- W4306176886 cites W4225582366 @default.
- W4306176886 cites W4284966020 @default.
- W4306176886 doi "https://doi.org/10.1103/physrevd.106.084019" @default.
- W4306176886 hasPublicationYear "2022" @default.
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