| 运动的核弹比静止的核弹威力小?——多普勒效应、红移、光行差和动体的质能当量关系 |
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| 引用本文： | 华棣.运动的核弹比静止的核弹威力小?——多普勒效应、红移、光行差和动体的质能当量关系[J].宇航学报,2010,31(2). |
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| 作者姓名： | 华棣 |
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| 作者单位： | 俄罗斯宇航科学院,斯坦福大学 |
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| 摘 要： | 证明爱因斯坦立足于光速不变假设和长度收缩假设的洛伦茨变换未能正确地解释多普勒效应、红移和光行差现象;他也未能给出正确的动体的质能当量关系.作者立足于完全符合相对性原理的伽利略变换,成功地解决了上述问题.
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| 关 键 词： | 爱因斯坦 洛伦茨变换 伽利略变换 相对性原理 光速不变 长度收缩 多普勒效应 红移 光行差 静体 动体 质能当量 |
Is a Moving Nuclear Bomb Less Powerful Than a Static One? |
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| HUA Di.Is a Moving Nuclear Bomb Less Powerful Than a Static One?[J].Journal of Astronautics,2010,31(2). |
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| Authors: | HUA Di |
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| Abstract: | This article proves that Einstein's Lorentz transformation, which is based on the postulate of constant speed of light and the postulate of length-contraction, cannot correctly explain the Doppler effect, the red shift and the abberation of light. Einstein also failed to provide a correct formula of mass-energy equivalence for moving bodies. Based on the Galelean transformation, which is completely consistent with the principle of relativity, the author successfully solves all these problems. |
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| Keywords: | Einstein Lorentz transformation Galilean transformation Principle of relativity Constant speed of light Length-contraction Doppler effect Red shift Abberation of light Static body Moving body Mass-energy equivalence |
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