1) Lorentz length contraction
洛仑兹长度收缩
1.
By using Lorentz transformation, this article explains the paradox of Lorentz length contraction,it also proves that observers in different reference systems reach the same observing conclusion.
本文应用洛仑兹变换和信号的传播速度小于光速 ,解释了洛仑兹长度收缩佯谬 ,具体证明了在不同参照系上的观测者 ,观测所得结论相同 。
2) Lorentz Contraction
洛仑兹收缩
1.
The paper studies the visual images of objects moving at high speed, taking into consideration of the limitof the speed of light and Lorentz contraction.
高速运动的物体在考虑光传播速度的有限性和洛仑兹收缩下的视觉形象。
3) Lorentz contraction factor
洛仑兹收缩因子
1.
We discuss the meaning of measuring in special relativity and further study the problem of measuring the perimeter for high speed rotating body,point out that the result of measuring perimeter is less than 2πR when a disc rotates in high speed,the contraction ratio is a Lorentz contraction factor 1-v 2/c
讨论了狭义相对论关于测量的意义,进而研究了高速旋转物体周长测量问题,指出当一个圆盘高速旋转时,其周长测量结果不是2πR〗,而是小于2πR,收缩比例为一个洛仑兹收缩因子1-v2/c2。
4) FitzGerald-Lorentz length contraction
斐兹杰惹-洛伦兹长度收缩
1.
If the absolute reference frame is admitted,in accordance with FitzGerald-Lorentz length contraction effect and Lodge-Lorentz time dilation effect,the slide down paradox can be eliminated.
如果承认存在绝对参考系,按斐兹杰惹-洛伦兹长度收缩效应和洛奇-洛伦兹时间延缓效应,就可以消除滑落悖论。
5) Lorentz contraction
洛伦兹收缩
6) Lorentz velocity transformation
洛仑兹速度变换
补充资料:洛仑兹变宽
分子式:
CAS号:
性质:碰变宽的一种。待测原子与其他粒子碰撞产生的谱线变宽。碰撞宽中包括洛伦兹变宽和霍尔兹马克变宽(Holtsmark brodening),而洛伦兹变宽对原子吸收分析的影响大。
CAS号:
性质:碰变宽的一种。待测原子与其他粒子碰撞产生的谱线变宽。碰撞宽中包括洛伦兹变宽和霍尔兹马克变宽(Holtsmark brodening),而洛伦兹变宽对原子吸收分析的影响大。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条