指出在最简单的情况下，引力场方程会出现一个数值很大的宇宙项。
And we point out that in the simplest case there exists a numerically large cosmological term in the gravitation equation.
爱因斯坦第四次在普鲁士科学院的顶级演讲于11月25日被冠名为《引力场方程》。
Einstein's climactic fourth lecture at the Prussian Academy, on Nov. 25, was titled "the Field Equations of Gravitation".
他能够想出一个引力场方程序来展示出物质是如何让空间扭曲，如何被扭曲的空间告诉物质该如何运动的。
He was able to come up with a gravitational field equation that showed how matter curved space and how curved space told matter how to move.
本文利用具有电（磁）荷、磁矩和质量四极矩引力场方程的解，讨论了具有电（磁）荷、磁矩和质量四极矩天体的某些引力效应。
By means of the metric for the celestial body with electric-magnetic charge, magnetic momentum and quadrupole moment, some gravitational effect are studied.
引力粒子是高速运动的以太粒子，引力场的传播速度远远超过光速，牛顿的引力方程得到修正。
Gravitational particles are moving Ether particles in high-speed, the gravitational field spread much faster than the speed of light, Newton's gravitational equation was amended.
引力粒子是高速运动的以太粒子，引力场的传播速度远远超过光速，牛顿的引力方程得到修正。
Gravitational particles are moving Ether particles in high-speed, the gravitational field spread much faster than the speed of light, Newton's gravitational equation was amended.
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