黑洞物理学

黑洞物理学中的Hawking效应普遍可以看作坐标尺度变换下的补偿效应。

The Hawking effect in black hole physics can be universally regarded as a compensate effect under the coordinate-scale transformation .

总的说来，以上几方面的新结论对于研究黑洞物理学具有一定的意义，并为研究和探索黑洞提供了一些新的方法和线索。

Wholly speaking , all above new conclusions are relatively significant for black hole physics and providing some new methods and clues for further researching black holes .

分析了热力学中的温度、天体物理学中的黑洞温度和统计物理学中的特征温度的意义，讨论了温度概念向宇观和微观领域扩展。

In this paper the writer analyzes the meanings of temperatures in thermodynamics , of black hole temperatures in astrophysics and of feature temperatures in statistical physics and also discusses the widened denotation of temperatures in both macro and micro fields .

以黑洞热力学建立和热辐射研究为主线，简述了黑洞物理学研究中物理思想的发展轨迹。

The development of physical ideas is discussed briefly in the study of Black hole physics taking thermodynamics and heat radiation of Black hole as main line .