广义相对论

From the equivalence of gravity and acceleration, he constructed his general theory of relativity.

从这样的引力和加速度的等效性，爱因斯坦构建了他的广义相对论。

In particular the application of general relativity to study astrophysics and cosmology, physics has become a popular front.

特别是应用广义相对论来研究天体物理和宇宙学，已成为物理学中的一个热门前沿。

Russia will be the first American astrophysicists GAMOW theory of general relativity into the universe, the hot big bang model of the universe : the universe began in high temperature, high density of the original material. The initial temperature of over several billion, as the temperature continues to drop, the universe began to expand.

美籍俄国天体物理学家伽莫夫第一次将广义相对论融入到宇宙理论中，提出了热大爆炸宇宙学模型：宇宙开始于高温、高密度的原始物质，最初的温度超过几十亿度，随着温度的继续下降，宇宙开始膨胀。

This result can best be viewed as a quantum black hole version of the third law of thermodynamics. As a result of this area spectrum, the spectrum of M is discrete, bounded below, and can be made positive. Prom the physical point of view, the semiboundedness and positivity of the spectrum are very satisfying results: The semi-boundedness of the spectrum implies that one cannot extract an infinite amount of energy from the system, whereas the positivity of the spectrum is in agreement with the well-known positive-energy theorems of general relativity.

同时根据EMDA黑洞动力学，存在与面积谱对应的大于零且有下界的质量离散谱，从物理上来看，质量谱的半有界性意味着不可能从系统吸取无限的能量，而正定性则与广义相对论中的正能定理一致，也就说稳态轴对称EMDA时空的ADM能量总是大于零。

In this thesis, the properties of temperature and electrostatic potential energy of neutron star are investigated within the frame of general relativity further.

而它们的高密度和强引力场又使它们的讨论离不开Einstein的广义相对论，成为相对论天体物理十分重要的一个研究方向。

General relativity changed the opinion of space and time of Newtonian mechanics, but failed to complete the physical revolution.

广义相对论变更了牛顿力学的空间、时间观念，但相对论没有完成物理学的革命。

It discusses theory of relativity featuring the characteristics of time and space, the principles of equivalence and general covariance in general relativity, gravitational field equations, the principle of relativity, time dilation, contraction of length, and gravitational waves in gravitational field.

对相对论中的时间和空间特性进行了探讨，分析了广义相对论中的等效原理和广义协变原理，讨论了爱因斯坦引力场方程，研究了相对性原理、引力场中的时间膨胀、长度收缩和引力波。

He created a life in physics four areas: special relativity, general relativity and cosmology and unified field theory.

他一生中开创了物理学的四个领域：狭义相对论、广义相对论、宇宙学和统一场论。

Publication of general relativity and the special theory of relativity to allow us to identify the true face of time.

广义相对论和狭义相对论的发表让我们识别了时间的真面目。

Nuclear Physics 1930, the Star of energy will be satisfied with the solution to the rapid development of the internal structure of stars; Hours map and based on the experimental results, the establishment of a stellar evolution of scientific theory. Einstein's general theory of relativity, in 1917 by the structure of the universe, the establishment of a relativistic cosmology. In 1929 the Hubble Space Telescope found redshifts and distances of the future, relations between the people of the gravitational theory of general relativity River from the data objects, size and structure of the material movement and the formation of modern cosmology.

三十年代原子核物理学的发展﹐使恒星能源的疑问获得满意的解决﹐从而使恒星内部结构理论迅速发展﹔并且依据赫罗图的实测结果﹐确立了恒星演化的科学理论。1917年爱因斯坦用广义相对论分析宇宙的结构﹐创立了相对论宇宙学。1929年哈勃发现了河外星系的谱线红移与距离间的关系﹐以后人们利用广义相对论的引力理论来分析有关河外天体的观测资料﹐探索大尺度上的物质结构和运动﹐这就形成了现代宇宙学。

Finally, according to market conditions and market products this article paper analyzes the trends in the development of camera technology, and designs a color night vision camera.

最后根据市场情况和市面上产品的情况分析了摄像机技术的发展趋势，并设计了一款彩色夜视摄像机。

Only person height weeds and the fierce looks stone idles were there.

只有半人深的荒草和龇牙咧嘴的神像。