Of general relativity, a theory of gravitation.
爱因斯坦的相对论，一个地心引力的理论。
The theory of gravitation proved to be a very powerful concept.
在万有引力理论被证明是一个非常强大的概念。
But there is no action at a distance, as later in Newton's theory of gravitation.
但是不存在后来牛顿的万有引力说里讲的那种超距作用。
The evolvement of cosmology is studied in the framework of higher-derivative theory of gravitation.
利用高导数引力理论研究宇宙的演化。
Since the establishment of general relativity, quite a number of observations have supported this theory of gravitation.
自从爱因斯坦创立广义相对论以来，大量的天文观测证实了这一 引力理论的正确性。
Given gravitation's predominance in shaping cosmological structures, accurate predictions of the universe's past and future require an accurate theory of gravitation.
由于万有引力的优势，在形成宇宙的结构，准确地预测宇宙的过去和未来的需要一个准确的理论引力。
It is generally assumed the solution of galactic shock wave is local one and takes no account of gaseous self-gravitation in the theory of density wave.
密度波理论中星系激波的解大都假设为局部的，并且往往不考虑星际气体自引力的影响。
In the framework of Hayashi's gravitation theory with torsion, the general form of parallelism tetrad field in Schwarzshild coordinate system is presented.
在有挠引力理论框架内，给出施瓦西坐标系平行标架场的一般形式。
In the framework of Hayashi's gravitation theory with torsion, the general form of parallelism tetrad field in Schwarzshild coordinate system is presented.
在有挠引力理论框架内，给出施瓦西坐标系平行标架场的一般形式。
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