1.
Application of Conservation Law of Mechanical Energy in Uninertia Force Reference System;
非惯性参考系中机械能守恒守律的应用
2.
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
3.
This is a process for which the principle of the conservation of mechanical energy holds.
这是一个能够应用机械能守恒原理的过程。
4.
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
5.
Application of the Conservation Law of Mechanical Energy in some Non-Reference System of Inertia;
在某些非惯性参照系中“机械能守恒定律”的运用
6.
The Law of Conservation of Mechanical Energy and Its Application in Proportional Acceleration Field;
均匀加速场中的机械能守恒定律及其应用
7.
Conservation of mechanical energy of systems with ideal bilateral nonholonomic constraints;
双面理想非完整约束系统的机械能守恒律
8.
Conservation Law of Mechanical Energy As Applied in the Reference Frame of Rotation System;
机械能守恒定律在转动参照系中的应用
9.
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。
10.
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
11.
Determining the Conditions on Mechanical Energy Conservation Havingno Relation to Reference Frame Selection in Non-inertial System
非惯性系中机械能守恒与参照系选取无关的条件确定
12.
When the friction force acts alone, the total mechanical energy is not conserved.
当只有摩擦力作用时，总机械能就不守恒。
13.
In the absence of air resistance, the only force on a projectile is its weight, and the mechanical energy of the projectile remains constant.
忽略空气阻力，作用在抛体上的力只是它的重量，因而该抛体的机械能是守恒的。
14.
An Discussion on the Method of How to Express the Mechanical Energy Transformation and the Conservation Law;
关于高校教材《普通物理学》中机械能转换与守恒定律表述方法的商榷
15.
He found that a given amount of mechanical energy invariably produced the same amount of heat.
他发现一定量的机械能会恒定地产生等量的热。
16.
laws of conservation of energy and momentum
能量和动量守恒定律
17.
conservation and conversion of energy
能量守恒和转换定律
18.
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。