Rindler时空中旋转热离子吸积盘的膨胀和收缩
Expansion and contraction of accretion disks of a rotating thermal BIon in a Rindler space-time
摘要：
本文研究了Rindler时空中旋转BIon的吸积盘的演化。这个时空的出现是因为BIon中的圆盘加速。一个BIon是由一对吸积盘通过虫洞连接而成的。我们将证明，在一个旋转的BIon中，随着旋转速度的增加，一个吸积盘的面积会增大，而另一个吸积盘的面积会缩小。此外，我们考虑四种类型的吸积盘中产生的Rindler时空。
英文摘要：
In this paper, we consider the evolution of accretion disks of a rotating BIon in a Rindler space-time. This space-time emerges because of the acceleration of the disks in a BIon. A BIon is constructed from a pair of accretion disks that are connected by a wormhole. We will show that in a rotating BIon, by increasing the rotation velocity, the area of one accretion disk grows, while the area of the other shrinks. Also, we consider four types of accreion disks which are produced in a Rindler space-time.
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