special relativity

1. This study indicates that all relevant optical experiments applied to confirm the special relativity in fact have nothing to do with the theory.
   研究结果表明，这些被认为属于相对论现象的实验与狭义相对论没有任何本质的关联。
2. Einstein has said that all of the consequences of special relativity can be found from examination of the Lorentz transformations.
   爱因斯坦曾说过，所有狭义相对论的结果都可以在洛仑兹变化中被检测。
3. Einstein's "special relativity" cannot be established, The principles of constant light speed Combined with Galileo transformation, and the resulting should is "generalized Galileo transformation".
   爱因斯坦的“狭义相对论”不能成立，光速不变条件下的伽利略变换应是“广义伽利略变换”。
4. Special relativity and quartum mechanics were two major theories that appeared subsequently.
   狭义相对论和量子力学是相继出现的两个主要理论。
5. Special relativity; Light speed; Einstein; Moving object; Observation.
   狭义相对论；光速；爱因斯坦；运动物体；观测。
6. Having a recession velocity greater than the speed of light does not violate special relativity.
   具有比光速快的远离速度，并没有违反狭义相对论。
7. It is a meaningless question in special relativity.
   对狭义相对论来说，这个问题毫无意义。
8. The most general law of universal gravitation about cosmic force is concluded in this original thesis through using the theory of special relativity and the law of universal gravitation.
   本文从万有引力定律出发，利用狭义相对论理论，导出了宇宙的最普遍的万有引力定理&宇宙力。
9. Generalized Sagnac Effect, GPS and the Experiments Examining Two Principles of Special Relativity
   推广的Sagnac效应、GPS和对狭义相对论两个原理的实验检验
10. From the natural difference between newton's absolute viewpoint of space-time and that of special relativity, we can conclude a common way to solute the question about space-time of special relativity.
    摘要从牛顿绝对时空观和狭义相对论时空观的本质区别出发，归纳出解决狭义相对论中时空问题的一般方法。
11. The dissertation mainly research the nature of the interaction between two high-velocity particles based on the special relativity and the classical theories on radiation.
    运用狭义相对论与经典辐射理论，研究两个高速运动粒子间的相互作用特性。
12. This feature of special relativity is untouched in the two other pillars of modern physics, general relativity and quantum mechanics.
    在近代物理的另外两大支柱（义相对论和量子力学）中，这个狭义相对论的特性并没有再修改。
13. Michelson and Morley had sounded the prelude to special relativity.
    迈克耳孙和莫雷已经奏出了狭义相对论的序曲。
14. This paper briefly introduced the basic hypothes and viewpoint of space-time of special relativity and observation theory of moving objects.
    简单介绍了狭义相对论的基本假设和基本时空观，运动物体观测论的基本假设和基本时空观。
15. If so, the observation would wreck Einstein's theory of special relativity, which demands that nothing can travel faster than light.
    如果的确如他们所说，这个观测结果将推翻爱因斯坦的狭义相对论，在狭义相对论当中，没有什么能够走得比光快。
16. Based on this conclusion, the author discovered that there is some problem in the logical system of special relativity.
    本文针对这个结论进行分析，发现狭义相对论的逻辑体系存在问题。
17. And if you want to treat that correctly, you would have to use special relativity.
    如果你想，正确研究它，你不得不使用，狭义相对论。
18. The field produced by the electric charge moving relatively to the rest system of reference is discussed from the viewpoint of Special relativity.
    根据狭义相对论，讨论相对于静止参照系运动的源电荷在空间产生的电场。
19. The electromagnetic properties of the moving media interface in a high frequency range is analysed and the dependence of generalized refraction on frequency is obtained based on special relativity.
    在狭义相对论的基础上，对运动媒质界面的高频电磁特性进行了分析，给出了广义折射以及频率的特性关系。
20. Robots may even be capable of performing supposed acts of genius, such as Einstein's conception of special relativity.
    机器人的执行能力甚至可以被当作是具有天才的行动，恰如爱因斯坦的相对论概念所述。
21. Historically speaking, special relativity grew out of classical electromagnetic theory and experiments inspired by it.
    从历史上讲，狭义相对论来源于经典电磁学理论及其所引起的多种实验。
22. According to Albert Einstein 's106-year-old theory of special relativity, nothing can travel faster than light in a vacuum because its particles have no mass.
    根据阿尔伯特·爱因斯坦106年前提出的狭义相对论：由于光没有质量，在真空环境没有任何物质能够超越光速。
23. The Status of Einstein's Innovation in the Teaching of Special Relativity
    爱因斯坦科学创新在狭义相对论教学中的地位
24. With the coming of special relativity, many practitioners gained appreciation of the subtleties of linear algebra.
    随着狭义相对论，许多从业人员获得赞赏的微妙线性代数。
25. The space-time idea of the special relativity, the kinetics base of the special relativity.
    狭义相对论的时空观。狭义相对论动力学基础。
26. A generalization of special relativity to include gravity.
    包含地心引力的广义特别相对论。
27. Special relativity doesn't account for gravity, but it can deal with accelerations.
    狭义相对论不能够解释重力，但是可以处理加速问题。
28. What thought picture did Einstein use for special relativity?
    爱因斯坦用于考虑狭义相对论时的思维图像是什么？
29. In total, this book thinks that Maxwell Curl Field theory and Einstein special relativity are error theories based on the error root.
    总之，本书认为麦克斯韦旋度场理论和爱因斯坦狭义相对论是在错误的根基上建立起来的错误理论。
30. Derivation of Biot-Savart law and Ampere law by means of special relativity
    利用狭义相对论导出毕奥－萨伐定律和安培定律

noun

1. a physical theory of relativity based on the assumption that the speed of light in a vacuum is a constant and the assumption that the laws of physics are invariant in all inertial systems

   Synonym:    special theory of relativityspecial relativity theoryEinstein's special theory of relativity