“洛伦兹收缩”本质上是“减速效应”  

Lorentz Contraction is "Decelerating Effect"

作　　者：陈建国[1] 

机构地区：[1]江西省社会科学院哲学研究所,江西南昌330077

出　　处：《佛山科学技术学院学报（社会科学版）》2012年第4期5-10,共6页Journal of Foshan University(Social Science Edition)

摘　　要："洛伦兹收缩"不是"尺缩钟慢",而是减速效应——静止观测者观测运动坐标系中沿坐标运动方向上发生的物体位移速度,与跟随运动物体进行观测相比变慢了。基本粒子在加速器中加速,其动能随着速度增加,传统做法用相对论的"质速关系式"解释,但实际上应当是粒子飞行速度超过光速,因"质能相当"而被当成了粒子"增质"。新的速度畸变公式和经典力学速度合成法则一致。Rather than ＂Time Dilation ~ Length Contraction＂, ＂Lorentz Contraction＂ is really ＂Decelera- ting Effect＇-stationary observers observe the moving objects and conclude a slowing of the rate of pas- sage of time and a compression along the direction of motion. Elementary particles are accelerated in the accelerator, and its kinetic energy will increase accordingly. This phenomenon is traditionally explained as ＂Mass-velocity Relations＂ from the Theory of Relativity, however, it should be the fact that the speed of particles exceeds the speed of light, and it has been regarded as ＂increased quality＂ due to ＂mass energy equivalence＂. It is consistent with new distortion formula and classical mechanics velocity.

关 键 词：洛伦兹收缩 减速效应 质能相当 超光速 

分 类 号：O412[理学—理论物理]