Application of General Relativity to Time-Frequency;
广义相对论在时频计量中的应用
On Brown-York and Quadratic Spinor actions of general relativity;
关于广义相对论的Brown-York与Quadratic Spinor作用量
The Inevitability of Combining General Relativity and Differential Geometry;
广义相对论应用微分几何的必然性
The nonlinearity of Einstein′s field equation brings a lot of difficulties to solving of general relativity theory in case of weak field.
爱因斯坦场方程的非线性性给广义相对论的求解带来许多困难,在弱场情况下,可用近似处理的方法,把高度非线性的场方程变为线性场方程,简化了方程的求解。
He is engaged with a series of creating research works about the general relativity theory applying to astrophysics, and achievies glorious successes.
意大利国际著名物理学家VenzodeSabbata教授关于广义相对论在天体物理学领域里的应用的研究是开创性和举世瞩目的 ,成就辉煌 ,笔者将着重介绍他在这方面的一些工作 ,特别是对他的一篇题为“是否有必要用暗物质来解释银河涡旋曲线 ?”一文予以重点介绍。
quantizing the general relativity theory in the sense of Einstem-C.
在瑞士洛桑世界实验室和意大利Bologna和Ferrara大学物理系工作的意大利国际著名物理学家VenzodeSabbata教授关于广义相对论在实时空中的引力量子化进行了一系列举世瞩目的开创性研究。
Eddington and the verification of general theory of relativity;
爱丁顿与广义相对论的验证
Based on the postulates of vacuum fluctuation,a model of gravitational space is proposed,and the inverse-square law of gravity is deduced,the mechanism of gravitational red shift is interpreted with the same result given by Einstein s general theory of relativity.
在真空涨落基本假设的基础上,提出物质周围的引力空间模型,以此推演引力的距离反平方公式,并解释引力红移形成的机制,计算结果与广义相对论一致。
Itdiscusses Newton s mass concept,the formation of these two kinds of mass concept, the test ofequivalence experiment, the principle of equivalence brought forth by Einstein and the identicalreflection of the nature of these two kinds of mass in the general theory of relativity.
提出了从牛顿的质量观，到两种质量概念的形成和等效实验的验证，直到爱因斯坦提出的“等效原理”，以及在广义相对论中两种质量本质一致性的表现，从而构成人们对质量的认识史。
The equivalence principle,extensive general relativity and rest of general relativity;
等价原理,泛广义相对论及广义相对论的检验
Study of regarding general relativity and new general relativity as special case of generalized theory of gravitation
视广义相对论及新广义相对论为广义引力理论特殊情况的研究
Perhaps general relativity will require modification.
或许将要修改广义相对论。
astronomical tests of general relativity
广义相对论的天文学验证
A full analysis requires the general theory of relativity.
全面的分析必须用广义相对论处理。
Kaiser, David. "General Relativity Primer." Unpublished manuscript (? 1998).
《广义相对论初级读本》，未出版手稿(?1998)。
A GENERAL RELATIVISTIC SHOCK WAVE AROUND SUPERCONDUCTING COSMIC STRING
绕超导宇宙弦的广义相对论性冲击波
A Easy Proof of Several General Relativistic Effect Formula
几个广义相对论效应公式的简易证明
General Relativity Effect of Photon and Graviton with Rest Mass;
光子、引力子静质量的广义相对论效应
The Out-differential Equation of Ideal Fluid in General Theory of Relativity;
广义相对论中理想流体的外微分方程
It is a general relativistic effect and is not bound by the special relativistic limit.
那是一种广义相对论效应，并不受狭义相对论的极限所限制。
physicist who formulated the special theory of relativity and the general theory of relativity (1879-1955).
阐明了狭义相对论和广义相对论的物理学家（1879－1955）。
In1915, Einstein developed the theory of gravity called General Relativity.
在1915年，爱因斯坦发展了广义相对论引力理论。
A generalized Galilean transformation deserves more investigation.
广义相对论很大程度上是一种数学理论。
Black holes are predicted by general relativity.
黑洞是广义相对论预言的一种特殊的天体。
As currently understood, general relativity and quantum mechanics are incompatible.
就现在的理解，广义相对论和量子力学是不相容的。
The Expansion of General Relativity and the Unification of Gravitation and Electromagnetic
广义相对论的扩展及电磁与引力相互作用的统一
Einstein's general theory of relativity predicted a slightly different motion from Newton's theory.
爱因斯坦的广义相对论所预言的运动与牛顿理论稍有差异。
