1) Antagonism principle
对抗性原理
2) symmetry principle
对称性原理
1.
We introduced the concept and theory of symmetry in general physics, and give some practical examples of applying symmetry principle in electromagnetics.
本文从普通物理教学的角度简要地介绍了对称性的概念和原理,并结合对称性原理在电磁学中的若干应用举例,比较详细地阐述了应用对称性原理解题的一般思路和方
2.
This treatise set, forth the importance of symmetry principle in physical theoretical system from the high plane of methodology and discusses the dialetical relationship among symmetry,dynamical equations and conservation laws.
从方法论的高度阐述了对称性原理在物理学理论体系中的重要性，论述了对称性、动力学方程和守恒定律之间的辩证关系。
3) relativity principle
相对性原理
1.
The derivation of Lorentz transformation in absence of relativity principle;
不用相对性原理推导洛仑兹变换
2.
In this paper it is explained that relativity principle and covariance requirement were one and the same idea.
相对性原理就是协变性要求,服从相对性原理就是满足协变性要求。
3.
The paper dis cusses the relation of gauge transformation,relativity principle and symmetric destruction in vacuum and Prones the mechanism of symmetric destruction in vacuum.
本文就规范变换，相对性原理与真空对称性破缺之间的关系进行了论述，并讨论了真空对称性破缺的机制。
4) the principle of symmetry
对称性原理
1.
The cause and effect and the principle of symmetry and its application in the electromagnetic fields;
因果关系与对称性原理及其电磁学应用
2.
This article is on how to conclude the formula of the speed of two smalls after they get the elastic and centre to centre collision by using the principle of symmetry.
用对称性原理推导出两小球对心弹性碰撞后的速度公式 ,该公式求解简单 ,宜于推广 ,对高中生学习物理有很大的帮
3.
The general physical laws base on the principle of symmetry, so it is regarded as the higher principles.
由对称性引入的对称性方法是物理学甚至科学的基本科学研究方法，而对称性原理则是决定一般物理规律的更高层次的原理。
5) Correspondence principle
对应性原理
1.
A new problem of solid mechanics for viscoelastic time-variation mechanics analysis is presented in this paper, in which the correspondence principle in viscoelastic time-variation mechanics is proved, a general method for the viscoelastic problems of time-variation solid mechanic.
基于时变力学的对应性原理，建立一种黏弹性时变力学的一般性解法，适用于一类时变力学问题的求解。
6) Principle of relativity
相对性原理
1.
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。
2.
We analyze the Euclidean assumption on rigid ruler in a kind of inertial systems without relative motions in special relativity, and the inconsistencies of the principle of relativity with cosmology in Einstein’s theory of relativity.
本文分析爱因斯坦相对论中关于一类没有相对运动的惯性系中刚性量杆的欧氏假定,以及相对性原理与宇宙学间的不协调。
3.
This paper analyses the relationship between principle of relativity and spatial symmetry,and points out that to destroy the inflexibility of the physical laws is inevitably destroy the evenness and symmetry of time and space.
本文分析了相对性原理与空间对称性的关系 ,指出物理规律不变性的破坏必然是时空空间的均匀性、对称性的破
补充资料：对抗性原理
由沙伊德格（a.e. scheidegger）提出的对地表形态认识的一条基本原理。认为：确定性的、非随机性的地表趋势，是由地质构造作用决定的；非确定性的、随机性的地表变异，是由外来力作用决定的。说明地表形态的现实表现，正是一组对抗力作用的瞬间平衡。内力作用过程赋于一种系统的、非任意的性质；外力作用过程则导致出一种随机性质的效应。沙伊德格由该原理出发，设计了一种量化的方式，以确定地表形态的确定性因素与随机性因素，帮助进行有物理意义基础的统计分析。
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