1.
The Conservation of Energy and Momentum of Wave-partlcle System in Plasmas;
等离子体中波-粒子系统的能量动量守恒
2.
laws of conservation of energy and momentum
能量和动量守恒定律
3.
Conservation of Mass. Conservation of Momentum. Stress Tensor.
质量守恒，动量守恒，应力张量。
4.
Kinetic analysis of flexible threshing under law of conservation of energy
基于能量守恒的柔性脱粒动力学分析
5.
conservation and conversion of energy
能量守恒和转换定律
6.
We exploit the energy and momentum conservation laws in this way.
我们就是这样利用能量和动量守恒定律的。
7.
THE UNCHANGEABLE NATURES OF CONSERVATION OF MOMENTUM AND MECHANIC ENGERGY IN GALILEO CONVERSION
动量守恒和机械能守恒在伽利略变换中的不变性
8.
Under these conditions the conservation of energy is equivalent to the conservation of mass.
在这种条件下，能量守恒和质量守恒是相等的。
9.
The principle of conservation of momentum holds whatever the nature of the internal forces, conservative or not.
动量守恒原理则不管内力的性质如何（保守的或非保守的）都能适用。
10.
Ac-cordling to the relationships of the erergy blalance and mose balance. We can also judge the relationship of the flow direction with the energy change.
根据能量平衡和质量守恒的关系,特别流动方向及能量变化关系。
11.
law of conservation and convertion of energy
能量守恒及能量转换定律
12.
In order for energy to be conserved, the final total kinetic energy must be greater than the initial by this amount.
要符合能量守恒原理，末总动能必须比初动能大这么多。
13.
The Law of Conservation of Momentum and the Law of Conservation of Angular Momentum for Charge System and Electromagnetic Field;
电磁场和电荷系统的动量守恒定律和角动量守恒定律
14.
It is important to realize that momentum conservation applies even to inelastic collisions, in which the kinetic energy is not conserved.
必须记住，动量守恒甚至对于非弹性碰撞也是成立的，尽管这时动能已不守恒。
15.
Example: Spinning up a Charged Cylinder. Conservation of Angular Momentum and Flux of Angular Momentum.
范例:旋转带电圆柱。角动量守恒及角动量之通量。
16.
Olving Problems with Conversation of Energy and Enhancing the Comprehensive Analytical Ability;
应用能量守恒解题,提高综合分析能力
17.
If only conservation forces act, the kinetic energy plus the potential energy remains constant.
如果只受保守力的作用，则动能加势能是一个恒量。
18.
The law of conservation of angular momentum may be demonstrated with a gyroscope.
角动量守恒定律，可以用回转器来演示。