Change in Entropy of Spinning Black Holes Due to Corresponding Change in Mass in XRBs

Dipo Mahto, A. Kumari
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Abstract

The present paper gives a theoretical model for the change in entropy of spinning black holes due to change in mass to use the first law of black hole mechanics for unit spinning parameter and angular momentum in XRBs. This shows that the entropy change with respect to the mass of uncharged spinning black holes is essentially the function of mass and their surface gravity are lesser than to that of the non-spinning black holes.
由XRBs中相应质量变化引起的旋转黑洞熵的变化
本文利用黑洞力学第一定律对XRBs的单位自旋参数和角动量给出了自旋黑洞的熵随质量变化的理论模型。这表明,不带电自旋黑洞的熵变与质量的关系本质上是质量的函数,其表面引力小于非自旋黑洞的表面引力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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