We find Hawking temperature of a charged bl ack hole depends not only on the time;
发现带电黑洞的霍金温度不仅依赖于时间 ，而且依赖于极角 。
Then making use of the first law of thermodynamics, we conclude that the Hawking temperature is invariant.
然后利用热力学第一定律，可以得出结论，黑洞的温度并没有被修正。
The ergosphere becomes thicker and the Hawking temperature changes when the mass of the black hole decreases.
当黑洞质量减小时，外能层变厚，辐射温度也发生变化。
The ergosphere becomes thicker and the Hawking temperature changes when the mass of the black hole decreases.
当黑洞质量减小时，外能层变厚，辐射温度也发生变化。
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