论文标题
Ruppeiner的几何形状，大量重力的黑洞的相变和微观结构
Ruppeiner Geometry, Phase Transitions and Microstructures of Black Holes in Massive Gravity
论文作者
论文摘要
使用新的归一化热力学标态曲率，我们研究了各种拓扑层的高度重力中黑洞中黑洞的微观结构和相变。我们发现，重力质量增强了小黑洞的排斥相互作用，并削弱了大型黑洞的有吸引力的相互作用，并可能在相位空间中的微观结构中具有新的排斥区域。此外，小黑洞的排斥相互作用对于球形拓扑非常有力，其次是平坦和双曲线拓扑。而大黑洞的吸引人相互作用对于双曲线拓扑却很强，其次是平坦，最弱的球形拓扑结构。
Using the new normalized thermodynamic scalar curvature, we investigate the microstructures and phase transitions of black holes in massive gravity for horizons of various topologies. We find that the graviton mass enhances the repulsive interactions of small black holes and weakens the attractive interactions of large black holes, with possiblity of new repulsive regions for microstructures in phase space. In addition, the repulsive interactions of small black hole are strong for spherical topology, followed by flat and hyperbolic topology; while, the attractive interactions of large black hole are strong for hyperbolic topology, followed by flat and weakest for spherical topology.
