同向Kerr源的共转两体系统
Corotating two-body system of identical Kerr sources
摘要：
在导出相应的三参数渐近平坦精确解后，研究了一个二元全同共转Kerr源系统。两个源通过无质量的支柱（圆锥奇点）彼此分开。在黑洞的背景下，每个视界的解析函数形式σ可以用任意的科马尔物理参数来表示：质量M，角动量J（具有平行自旋），以及每个视界中心之间的坐标距离R。随后，我们用简明的公式描述了与视界有关的所有物理性质。最后，得到了作为Kinnersley-Chitre度量的一个2参数子类的极限情形.
英文摘要：
A binary system of identical corotating Kerr sources is studied after deriving the corresponding 3-parametric asymptotically flat exact solution. Both sources are apart from each other by means of a massless strut (conical singularity). In the context of black holes, the analytical functional form of each horizon σ is expressed in terms of arbitrary Komar physical parameters: mass M, angular momentum J (with parallel spin), and the coordinate distance R between the center of each horizon. Later on, all the thermodynamical properties related to the horizon are depicted by concise formulae. Finally, the extreme limit case is obtained as a 2-parametric subclass of Kinnersley-Chitre metric.
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