- 1. The axes are comprised of a generalized homologous temperature, the normalized kinetic energy flux, and the net film thickness.
- 坐标轴包括广义同系温度，标量化动能以及净膜厚度。
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- 2. Kinetic energy will increase.
- 动能将会增加。
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- 3. I increased the kinetic energy.
- 我增加了动能。
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- 4. Kinetic energy is conserved.
- 动能是守恒的。
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- 5. So the kinetic energy went down.
- 动能减小了。
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- 6. Then it has kinetic energy.
- 之后它就有了动能。
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- 7. Friction can remove kinetic energy.
- 摩擦力可以转移动能。
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- 8. Kinetic energy after the collision.
- 碰撞后的动能。
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- 9. Friction must take kinetic energy out.
- 摩擦力一定抵消动能。
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- 10. There was no kinetic energy before...
- 碰撞前没有动能。
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- 11. The kinetic energy of the liquid is easy.
- 液体的动能很简单。
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- 12. What now is the kinetic energy afterwards?
- 碰撞后动能是多少？
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- 13. It has a certain amount of kinetic energy.
- 它有一定量的动能。
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- 14. Kinetic energy was almost exclusively lost.
- 几乎没有动能。
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- 15. Well, kinetic energy has clearly increased.
- 动能定然增加了。
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- 16. So, that was frequency with kinetic energy.
- 这是频率和动能。
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- 17. Who thinks the kinetic energy has decreased?
- 谁认为动能减小了？
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- 18. Who thinks the kinetic energy has not changed?
- 谁认为动能保持不变？
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- 19. So there was a certain amount of kinetic energy.
- 因此，这里有一定量的动能。
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- 20. You lose kinetic energy and that goes into heat.
- 失去动能，转化为热量。
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- 21. And who thinks the kinetic energy has increased?
- 谁认为动能增加了？
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- 22. Kinetic energy before; kinetic energy afterwards.
- 之前的动能，之后的动能。
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- 23. The first thing I do, I increase the kinetic energy.
- 要做的第一件事，实增加动能。
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- 24. A lot of heat is produced, kinetic energy is removed.
- 产生许多热能，动能被转移。
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- 25. We know in life that friction takes kinetic energy out.
- 我们知道在生活中，摩擦力抵消动能。
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- 26. It must have momentum, and yet it has no kinetic energy.
- 它一定有动量，但它却没有动能。
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- 27. Kinetic energy and momentum is a totally different thing.
- 动能和动量，是完全不同的概念。
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- 28. That means the sum of potential energy and kinetic energy.
- 总功指的是势能,和动能的总和。
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- 29. The acronym KERS stands for Kinetic Energy Recovery System.
- KERS是动能回收系统的缩写。
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- 30. I can destroy the kinetic energy completely if I want that.
- 我可以耗尽动能，如果我想的话。
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