论文标题
静电极端二进制黑洞中的能量提取
Energy extraction in electrostatic extreme binary black holes
论文作者
论文摘要
依靠Penrose工艺机制，我们研究了由两个极端静电黑洞（BHS）组成的二元系统的可能性，与Bonnor's Metric（BM）描述的支撑杆相对隔开。我们确定并绘制了仅围绕BH之一的广义巨石。我们证明了事件范围之外的负能量的非闭合轨道存在；这些轨道允许从BM描述的系统中通过颗粒分解来提取能量的可能性。此外，我们证明，当带电的测试粒子和BH具有相反的电荷时，可能会发生提取过程。另外，我们分析了该过程的效率。
Relying on the Penrose process mechanism, we study the possibility of energy extraction from a binary system composed of two extreme electrostatic black holes (BHs) oppositely charged, separated by a strut described by Bonnor's metric (BM). We determined and plotted the generalized ergosphere that surrounds only one of the BH. We demonstrate the existence of non closed orbits of negative energy outside the event horizon; these orbits allow the possibility of energy extraction by particle disintegration from a system described by the BM. Besides we prove that the extraction process can occur when a charged test particle and the BH have opposite charges; also, we analyzed the efficiency of the process.
