它的发明者们管这种双层降温过程叫“光子辐射制冷”。
The Stanford team have called this two-layer process "photonic radiative cooling".
在其过后迎来了一个降温过程,就是我们所知的拉尼娜现象。
由于总的水量的减少,所以,预计在除锈过程中会有一个明显的降温过程。
Due to the reduced amounts of water a less pronounced temperature drop during de-scaling is expected.
So the work that you're doing to expand, to go through this experiment, ends up cooling the gas.
因此在膨胀气体的过程中,气体降温。
The reversible process is going to be colder because it has to expend more energy.
可逆过程降温更多,因为输出的能量更多。
Suppose we put somebody in a state of suspended animation, cool their body down so that the various metabolic processes come to an end.
假设我们让某人,进入假死状态,将他们的身体降温,所有的代谢过程都停止。
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