1.
The discovery of strange particles lead to a generalization of the law of nucleon conservation.
奇异粒子的发现导致了核子守恒定理的推广。
2.
Integrating factors and conservation theorems for variable mass nonholonomic Vacco dynamical systems;
变质量非完整Vacco动力学系统的积分因子和守恒定理
3.
Integrating Factors And Conservation Theorems For Nonholonomic Dynamical Systems With Unilateral Constrains;
具有单面约束的非完整动力学系统的积分因子和守恒定理
4.
More Survey on Tellegen Theorem II Abiding by Power Conservation
特勒根定理2遵守功率守恒的再探讨
5.
In physics, conservation laws are analogous to linguistic rules.
物理学的守恒定律类似于语言学规则。
6.
To keep(a quantity) constant through physical or chemical reactions or evolutionary changes.
守恒在物理、化学反应过程中或演化过程中保持（一种数量）恒定不变
7.
Definition of Potential Energy Is of Great Importance to Comprehend the Conservation Law of Mechanical Energy;
谈势能概念对于机械能守恒定律理解的重要性
8.
laws of conservation of energy and momentum
能量和动量守恒定律
9.
conservation and conversion of energy
能量守恒和转换定律
10.
principle of the conservation of molecularorbital symmetry
分子轨道对称守恒原理
11.
The Application of the Law of Conservation of the Moment of Momentum and the Theorem of the Moment of Momentum in the Spiking Skill of Volleyball;
动量矩定理、动量矩守恒定律在排球扣球技术动作中的应用
12.
The Application of the Law of Conservation of the Moment of Momentum and the Theorem of the Moment of Momentum in the Shooting Skill of Bdasketball;
动量矩定理及动量矩守恒定律在篮球投篮技术动作中的应用
13.
The artiocle shows us work-energy principle and law of mechanical energy conservation in the system of motion and inertia.
本文给出了动惯性系中的功能原理及机械能守恒定律。
14.
In the physical world there exist a number of conservation laws, some exact and some approximate.
物理世界中存在着一些守恒定律，其中有些是严格的，有些是近似的。
15.
A nonphysics analogy illustrates the nature of conservation law.
我们用一个非物理学的比喻来说明守恒定律的性质。
16.
Physicists believe in the validity of conservation laws.
物理学家们对于各种守恒定律的有效性一直是坚信不疑的。
17.
Application of the Principle of Conversion Between Work and Potential Energy and the Law of Conservation of Mechanical Energy in the Frame of Non-initial Reference;
功能原理和机械能守恒定律在非惯性参照系中的应用
18.
The Equipollence of The Suppose of Symmetry and Conservation Principle in Different Consult System;
经典物理中不同参考系对称性与守恒定律前提等价性的讨论