狭义相对论指出伽利略变换(Galilean transformation)对于高速的物体不适用, 而要用劳仑兹变换(Lorentz transformation), 即光速 不会相对于物体的速度而改变, 即相对以近光速行的人, 光速还是光速, 所以一样会看到自己。
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hyperbolic form of Lorentz transformation 洛伦兹变换的双曲形式
proper Lorentz transformation 本征洛仑兹变换
Inverse Lorentz Transformation 反劳伦兹转换
rotating Lorentz transformation 转动洛仑兹变换
n-dimensional lorentz transformation n维lorentz变换
Lorentz transformation of temperature 温度Lorentz变换
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N a set of equations relating the coordinates of space and time used by two hypothetical observers in uniform relative motion. According to the special theory of relativity the laws of physics are invariant under this transformation 洛伦兹变换
We shall discuss several of them below with the help of the Lorentz transformation.
下面，我们借助于洛伦兹变换来讨论其中的几个结果。
The phenomena of relativity in two mutually rotating coordinates are discussed by using the rotating Lorentz transformation.
利用旋转洛仑兹变换讨论相对匀速转动参考系中的相对论效应。
The derivation methods of Lorentz transformation according to invariance of light speed and principle of relativity are commented.
评论了仅仅依据光速不变假设和相对性原理推导洛伦兹变换公式的方法。
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