| 1. | The law of conservation of energy also takes a simple form .
能量守恒定律也获得简单的形式。 |
| 2. | This sweeping generalization is the law of conservation of energy .
这一透彻的概括就是能量守恒定律。 |
| 3. | The universality of the law of conservation of energy was not generally accepted until 1847 .
能量守恒定律的普适性直到1847年才得到公认。 |
| 4. | There is also no violation of the law of conservation of energy
这根本就不违反能量守恒定律。 |
| 5. | Eg . all these various losses , great as they are ， do not in any way contradict the law of conservation of energy
所有这些各种各样的损耗，尽管它们数量很大，却一点也不违反能量守恒定律。 |
| 6. | This method uses the law of conservation of energy , adopts the method of sectioning and the cam profile is designed according to the outputted speed curve
该方法应用能量守恒定律，采用分段的方法，按输出的速度曲线设计凸轮廓线。 |
| 7. | When the motion tracks of two objects intersect , they may collide and have interference . before and after their collision , they meet law of conservation of momentum and law of conservation of energy
两个物体的运动轨迹相交时，将发生碰撞、干涉，在碰撞前后满足动量守恒和能量守恒定律。 |
| 8. | Method using of law of conservation of energy , the heat exchange equation between man and environment was built , and the factors that can affect the heat balance of human body were discussed
方法利用能量守恒原理建立人与环境热交换方程，并根据不同热交换途径以及影响散热的因素建立相关方程。 |
| 9. | In the light of the time co - reliance of the wire ropes , the calculation formula of the rope tension efficient was deduced through the law of conservation of energy before and after the wire ropes ware rolled . moreover , the feature problems of the load outside the drums under the binding function of the wire ropes were solved and the calculation method concerning the rope circle tension was derived
在考虑钢丝绳时间相依特性的前提下，利用钢丝绳卷绕前后的能量守衡关系推导了绳圈张力系数计算表达式，解决了钢丝绳紧箍作用下卷筒外载荷的特性问题及其绳圈张力相关的计算方法。 |
| 10. | In this paper , charge calculating formulas and their relations of cutting chamber loose blasting are firstly analyzed with the theories of dimension , fluid dynamics . explosive dynamics , etc and the significance of the explosive factor in it is pointed out . calculating methods of the explosive factor are researched by law of conservation of energy , and then a new one is brought forward which proves to be rational and reliable by a sample
本文首先采用量纲分析、流体动力学、功能平衡理论、爆炸动力学等理论，分析了路堑硐室松动爆破装药量计算公式及其内在联系，并指出k值在现有药量计算公式中的重要性；在分析现有k缺陷的基础上，利用能量守恒原理，研究了路堑硐室松动爆破单位炸药消耗量计算方法，并提出一种新的k值计算方法，实例验证本方法合理、可靠，优于其它k值计算方法。 |
