Thermodynamic analysis of dilaton black holes in 2+1D shows two stability regimes based on N, a Hawking-Page transition at N=6/5, and Joule-Thomson expansion after introducing a new parameter to satisfy the first law.
Dehghani, Nonlinearly charged scalar-tensor black holes in (2+1) dimensions , Phys
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Thermodynamics and the Joule-Thomson expansion of dilaton black holes in 2+1 dimensions
Thermodynamic analysis of dilaton black holes in 2+1D shows two stability regimes based on N, a Hawking-Page transition at N=6/5, and Joule-Thomson expansion after introducing a new parameter to satisfy the first law.