论文标题
带电广告黑洞的限制相位空间热力学在形式上
Restricted phase space thermodynamics of charged AdS black holes in conformal gravity
论文作者
论文摘要
使用最近提出的限制相位空间（RPS）形式主义重新审视了共形性重力黑洞的带电对称性广告的热力学。这种形式主义避免了该模型的扩展相空间形式上出现的所有奇异性。发现该模型中充电的广告黑洞可能属于一个新的普遍性类别，该类别与RPS形式主义下的所有先前研究的案例不同。除了杰出的等速电荷$ t-s $和等温$φ-q_e $行为外，缺少霍金页过渡是另一个值得注意的功能。另一方面，在高温极限中，本模型的热力学行为与爱因斯坦重力和黑洞扫描模型完全相同，这为非金属晶体中最近报道的高温ADS黑洞和低温量子声子之间的对应关系提供了进一步的证据。
The thermodynamics of charged spherically symmetric AdS black holes in conformal gravity is revisited using the recently proposed restricted phase space (RPS) formalism. This formalism avoids all the bizarreness that arose in the extended phase space formalism for this model. It is found that the charged AdS black holes in this model may belong to a new universality class which is different from all previously studied cases under the RPS formalism. Besides the distinguished isocharge $T-S$ and isothermal $Φ-Q_e$ behaviors, the absence of Hawking-Page transition is another notable feature. On the other hand, in the high temperature limit, the thermodynamic behavior of the present model become exactly the same as that of the Einstein gravity and the black hole scan models, which add further evidence for the universality of the recently reported correspondence between high temperature AdS black holes and low temperature quantum phonon gases in nonmetallic crystals.
