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- 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。
- On the Influence of Newton's Gravitation Theory over Coulomb's Law 牛顿引力理论对发现库仑定律的影响
- Non-commutativity is also studied in the quantum gravitational theory, cosmology and extra dimensions. 此外非对易还用于量子引力,宇宙学,额外维度等理论。
- In addition,the Lorentzian and Euclidean gravitational theory can be expressed in a unified way by use of these two different methods. 此外 ,这两种方法还能统一地表述具有不同时空号差 (洛伦兹号差和欧几里得号差 )的洛伦兹引力理论和欧几里得引力理论
- Either there was some huge but unseen mass that was doing the job, or gravitational theory was wrong and gravity worked differently on cosmic scales. 要不是一些庞大却看不见的物质在起着作用,就是重力理论是错误的而且重力在宇宙尺度中作用不同。
- Newton discovers gravitational theory, built up classic mechanics, he uses a formula the biggest ephemeris sport in the cosmos and minimum grain sport of the son unify. 牛顿发现万有引力定律,建立了经典力学,他用一个公式将宇宙中最大天体的运动和最小粒子的运动统一起来。
- In his major lifework he applied Newtonian gravitational theory to the solar system to explain deviations of the planets from the orbits predicted by the theory (1773). 他毕生致力于把牛顿的引力理论应用于太阳系,解释了行星轨道为什麽偏离理论预估的轨道(1773)。
- Who discovered the Law of Gravitation? 谁发现了引力定律?
- The following year, Flamsteed, educated at Cambridge, institutes reliable observations at Greenwich, near London, providing data from which Newton is later able to verify his gravitational theory. 在随后的日子里,弗兰斯蒂德在剑桥接受教育,并在伦敦附近的格林尼治创立了可靠的观测点,提供了后来牛顿验证万有引力所需的数据。
- The pull of gravitation causes matter to have weight. 万有引力的吸引使物质具有重量。
- He is studying Newton's theory of gravitation. 他正在研究牛顿的引力学说。
- The test shows the effects of gravitation on bodies in space. 这次测试表明太空中万有引力对星体的影响。
- He tried in every way to verify this theory. 他想一切办法来验证这个理论。
- I entirely approve of that theory. 我完全赞成那种理论。
- Einstein put forward his new theory of relativity. 爱因斯坦提出了相对论的新学说。
- This concept is at the very core of her theory. 这个概念是她理论的核心。
- Einstein's theory of relativity. 爱因斯坦的相对论。
- Practical experience belies this theory. 实际经验证明这个理论是错误的。
- Her theory was quoted without an acknowledgement. 她的理论被人引用而未向她致谢。
- Einstein's theory marked a new epoch in physics. 爱因斯坦理论开创了物理学的新纪元。