1) the general / special relativity
广义/狭义相对论
2) special and general relativity
狭义和广义相对论
1.
The paper does not only analyze the nature and meaning of paradox, but also discusses the famous twin paradox, length contraction paradox and Olbers paradox, Neuman-Zeeliger paradox, and super ?light s velocity paradox in special and general relativity.
在分析佯谬(悖论)的本质和意义的基础上,具体讨论了狭义和广义相对论中著名的双生子佯谬、长度收缩佯谬和奥尔伯斯佯谬、纽曼一泽利格尔佯谬、超光速佯谬。
3) special relativity
狭义相对论
1.
Calculation on Space-time of Special Relativity;
狭义相对论中时空问题的计算
2.
A brief discussion of relation of time and space idea in special relativity;
浅谈狭义相对论中的时空观念的关联
3.
A calculating method about time-space interval of special relativity;
狭义相对论时空间隔的一种计算方法
4) special theory of relativity
狭义相对论
1.
On Transformation of Classical Theory of Physics by Special Theory of Relativity;
狭义相对论对经典物理学改造的评析
2.
The Second Postulation of Special Theory of Relativity-Necessity of the First One;
狭义相对论第二公设是第一公设的必然
3.
Paradox of motional electromotive in the special theory of relativity;
狭义相对论中的动生电动势佯谬
5) the special theory of relativity
狭义相对论
1.
Application Research in the Special Theory of Relativity Teaching by the CAI;
CAI在狭义相对论教学中的应用研究
2.
With the theory of vacuum phase-transition and the special theory of relativity,and adding two simple hypotheses that are not contradictory to the theories now available,the paper deduces a kind of energy fomula that gives a probable interpretation of some quasars energy mechanism that far exeeds the energy of nuclear.
利用真空相变理论和狭义相对论，加上两个与现有理论不相矛盾的简单假设，导出了一种能量计算式，对某些类星体远比核能强大的能源机制提出了一种可能的解释。
3.
Are discovered that the special theory of relativity is a result of Einstein s novel interpretation for the Experiment.
通过对迈克尔逊-莫雷实验物理学史的考察得知,狭义相对论是爱因斯坦对实验的新奇解释;得知理论物理学家的重要工作是解释的技巧。
6) general relativity
广义相对论
1.
Application of General Relativity to Time-Frequency;
广义相对论在时频计量中的应用
2.
On Brown-York and Quadratic Spinor actions of general relativity;
关于广义相对论的Brown-York与Quadratic Spinor作用量
3.
The Inevitability of Combining General Relativity and Differential Geometry;
广义相对论应用微分几何的必然性
补充资料：广义
范围较宽的定义（跟‘狭义’相对）：～的杂文也可以包括小品文在内。
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