relativity
美 [ˌreləˈtɪvəti]英 [.relə'tɪvəti]
- n.相对论；相对性
- 网络相关性；关联；相对论和时空物理
relativityrelativity
相对论
相字的解释---在线新华字典 ... 相对〖 opposite;facetoface〗 相对论〖 relativity〗 相反〖 opposite;contrary〗 ...
相对性
在物理常用的英文单词_百度知道 ... relative velocity 相对速度 relativity 相对论，相对性 relay 继电器 ...
相关性
新大纲四级 - xieyuchao670的日志 - 网易博客 ... relationship 关系，关联 relativity 相对论；相关性 relevant 有关的，切题的 ...
关联
是关联(Relativity)、反应(Reaction)、关系(Relation)和回报(Retribution)，最后一个是retribution 不是reward~~~~~这是艾略特· …
相对论和时空物理
● 相对论和时空物理(Relativity)研究物体的高速运动效应，相关的动力学规律以及关于时空相对性的规律 ● 量子力学(Quantum …
相对传媒
卡瓦诺今年首次上榜，这得感谢他拥有的独立电影公司相对传媒(Relativity)，该公司近来参与制作发行的多部电影都收获了不错 …
1
It's not until 1922 that they finally announced the Nobel Prize and one of the ironies he never gets it from the theory of relativity.
之后直到1922年，他们终于宣布诺贝尔奖，他从来没有从相对论中得到过任何嘲讽。
2
However, we can use relativity as a model to see what happens at speeds close to that of light.
不过，我们可以用相对论这个模型来看看接近光速的情况下会发生什么。
3
Albert Einstein predicted this in 1905, when he introduced the concept of relative times as part of his Special Theory of Relativity.
阿尔伯特·爱因斯坦早在1905年就对此有所预言，当时他提出了相对时间的概念，并把它作为自己的“狭义相对论”的一部分。
4
Since the establishment of general relativity, quite a number of observations have supported this theory of gravitation.
自从爱因斯坦创立广义相对论以来，大量的天文观测证实了这一引力理论的正确性。
5
Gravitational-wave is one of the important deduction of the general relativity. Gravitational-wave has never been observed directly.
引力波是广义相对论的重要推论之一，迄今为止尚未被直接探测到。
6
THE ONLY COMPUTER that Einstein used to work out his special theory of relativity in 1905 was the one inside his skull.
1905年，爱因斯坦研究狭义相对论时所用的唯一一部计算机，就是装在他脑袋里的那部。
7
This was the period when Einstein began the research which resulted in the creation of his famous Theory of Relativity.
就在这期间，爱因斯坦开始进行了一项研究。经过这项研究，他创立了著名的相对论。
8
This was the period when he began the research which resulted in the creation of his famous Theory of Relativity.
就在这段期间，他开始了一项研究，通过这项研究创立了著名的相对论学说。
9
There was no inkling of the size of the universe beyond the Milky Way, and radioactivity, relativity and quantum theory were unimaginable.
人们对银河那边存在的宇宙究竟有多大一无所知，辐射能、相对论和量子论更是想都不敢想的问题。
10
As a consequence of relativity, he postulated the formula, E=mc2, to understand the amount of energy required to attain the speed of light.
作为相对论的结果，他提出了E=MC2来理解要达到光速所需要的能量。
11
But when you sit on a hot stove for a minute you think it's two hours . That's relativity .
而当你坐在炽热的火炉上，一分钟却长得像两个小时。这就是相对论。
12
Reading Einstein's biography expanded my mind as I began to understand the Theory of Relativity.
读爱因斯坦传拓展了我的思维，使我逐渐理解了相对论。
13
There was an anti-Semitic reaction both to the publicity he got and to the abstract and seemingly heretical nature of relativity theory.
对于他所获得的知名度以及那个抽象的看起来似乎是异端性的相对论都有反犹太的成分。
14
This was the first period when he first began the research which led to his famous theory of relativity.
这就是他最初开始的导致他著名相对论研究的时期。
15
Today scientists describe the universe in terms of two basic partial theories -- the general theory of relativity and quantum mechanics.
今天科学家们按照两种基本的局部理论——广义相对论和量子力学来描述宇宙。
16
That's why relativity is better than what Newton came up with. Newton was right up to a point, but relativity covers his ground, and more.
这就是为什么相对论比牛顿的观点要更完善。牛顿在某个点上是对的，而相对论则涉及整个面，更为广泛。
17
It was as though Einstein had called to ask my views on relativity.
这就像爱因斯坦打电话问我对相对论的见解一样。
18
The authors even review the general theory of relativity and black holes, although by then the book has degenerated into a series of notes.
作者们甚至还回顾了广义相对论和黑洞理论，尽管这样做的结果是将书退化成为一系列的笔记。
19
Einstein worked out the theory of relativity with paper and pencil, but could only speculate on the true nature of subatomic particles.
爱因斯坦虽然用纸和笔研究出了相对论，但只能推测亚原子粒子的真实特性。
20
Einstein worked out his theory of relativity while serving as a clerk in a Swiss patent office.
爱因斯坦在瑞士专利局做职员时提出了相对论；
21
He explained that it was surprising to be able to link Einstein's general theory of relativity to a totally different area of physics.
他很吃惊的发现能将爱因斯坦的相对论和一个完全不同的物理领域联系起来。
22
Perhaps, someone will ask: who created the theory of relativity a great scientist, talent must be very smart, right?
也许，有人会问：这位创建了相对论的大科学家，天资一定很聪明吧？
23
As one of the four questions left by the theory of relativity by Einstein, the theory of unified field is still unsolved.
统一场理论，它是目前许多国家理论物理界所研究的尚未解决的问题，它是爱因斯坦相对论中所遗留下来的四个问题之一。
24
To say that Einstein 's " Theory of Relativity " revolutionized science is no exaggeration.
说爱因斯坦的《相对论》是一场科学革命一点也不夸张。
25
We introduce briefly the de Sitter invariant relativity and the Mach principle inspired by the dark universe proposed by Chinese scholars.
简单介绍我国学者提出的德西特不变的相对论，以及由暗宇宙启示的马赫原理。
26
Yet they are such a linchpin of general relativity that the theory would crumble like a house of cards in a hurricane if they did not exist.
但是这是广义相对论的关键，如果它不存在的话，广义相对论将像暴风中的纸房子一样崩溃。
27
Einstein was a Jew who was sympathetic to Buddhism. He had no intention of using relativity to understand God.
爱因斯坦是一位对佛教有很大兴趣的犹太人。他没有想用相对论来认识上帝的意图。
28
The assertion that the forms of the laws of physics are the same in all inertial systems is known as the principle of relativity.
在一切惯性系中物理定律的形式都一样，这样的结论称为相对性原理。
29
In his special theory of relativity, Einstein proposed that the measured interval between two events depends on how the observer is moving.
在其狭义相对论中，爱因斯坦倡议，我们测到的两个事件的时间间隔，会取决于观察者如何运动。
30
It is a strange consequence of the special theory of relativity, and applies to any events that happen that are separated by some distance.
这是奇特相对论的奇怪推论，对于不是发生在同一地方的任何事件都适用。