gravitational theory的意思

gravitational theory中文翻譯：

引力理論

相似詞語短語

gravitational───adj.[力]重力的，[力]引力的

gravitational energy───重力能；[天]引力能

gravitational wave───重力波，引力波；[相對][天]引力波；[物]重力波

gravitational force───萬有引力，地心引力；重力；引力，重力，地心吸力

gravitational constant───重力[萬有引力]常數；[力]萬有引力常數；[力]引力常量

gravitational pull───萬有引力

theory───n.理論；原理；學說；推測

gravitational waves───[相對][天]引力波；[物]重力波

gravitational acceleration───[力]重力加速度

雙語使用場景

Modern work on gravitational theory began with the work of Galileo Galilei in the late 16th and early 17th centuries.───現代工作的引力理論開始的工作，伽利略后期第16和17世紀初。

the results exactly match the predictions of traditional gravitational theory, says Kobakhidze.───kobakhidze說，結果與傳統重力觀點的預測高度符合。

We point out the difficulty in solving the problem and the necessity of a new kind of higher-order gravitational theory.───指出了解決這一問題面臨的困難，并建議尋找新的高階引力理論。

It eliminated the contradiction between Einstein gravitational theory and Dirac electron theory.───它消除了愛因斯坦引力與狄拉克電子理論之間的矛盾。

If assuming that the Dirac electron theory is correct, we must modify the Einstein gravitational theory.───如果狄拉克電子理論是正確的，愛因斯坦引力理論需要修改。

The contradiction showed that Einstein gravitational theory can not describe the gravitational field of particles with spin.───這個矛盾表明愛因斯坦引力理論不能描述帶自旋粒子的引力場。

The double noncommutative spacetime and the double complex symmetric gravitational theory───二重非交換時空與二重復對稱引力理論

Equation of stellar structure based on a gravitational theory with curvature-squared terms───含曲率平方項的引力理論的行星結構方程

英語使用場景

In the early years of its life, Newton's gravitational theory was falsified by observations of the moon's orbit.

Modern work on gravitational theory began with the work of Galileo Galilei in the late 16th and early 17th centuries.

However, based on Newton's gravitational theory and Einstein's general relativity, used in a certain range of objects changes in the theory of gravity is difficult to explain the phenomenon.

The spherically symmetric space-time, which is widely studied, is one of the simple and important models in gravitational theory.

And...wait for the drum roll... the results exactly match the predictions of traditional gravitational theory, says Kobakhidze.

It eliminated the contradiction between Einstein gravitational theory and Dirac electron theory.

It is by now well known that one of the outstandingly unsolved questions in gravitational theory is the microscopic origin of black-hole thermodynamic entropy.

The contradiction showed that Einstein gravitational theory can not describe the gravitational field of particles with spin.

We point out the difficulty in solving the problem and the necessity of a new kind of higher-order gravitational theory.