在一绝热系统中,放出的热量增加了房间的温度。
In an adiabatic system, this heat release serves to increase the chamber temperature.
一旦释放出的热量足够多,使海洋达到自己的冰点,海冰又会重新形成。
Once that heat release has cooled the ocean to its freezing temperature, sea ice forms again.
如果这些燃料棒暴露时间过长,释放出的热量和蒸汽将熔化反应堆的核心。
If those things are exposed for too long, the heat and steam that they let off could melt the reactor's core.
However, the thing to remember is, when you look at heats of reaction under those conditions it's all well and good.
相反,需要记住,当你需要知道反应中放出的热量时,这些量是很有用的。
To ask questions like how much heat is released in a chemical reaction that takes place at constant temperature.
当我们想要知道,当一个化学反应在恒定的温度下发生时,会放出多少热量时。
What does come out, which is very useful is, if you do run the reaction, here's how much heat comes out.
能得到的结果是,如果我们进行这个化学反应,有多少热量放出,当然这也是很重要的。
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