The Carnot engine combines two of those types into what’s known as the Carnot cycle.

卡诺引擎将其中两种类型组合成所谓的卡诺循环。

We also described the Carnot engine.

我们还描述了卡诺引擎。

The Carnot engine combines two of those types into what's known as the Carnot cycle.

卡诺引擎将它们中的两种类型组合成已知的 卡诺循环。

The Carnot engine is the ideal engine, because it produces the most possible work from a given temperature difference.

卡诺发动机是理想的发动机，因为它产生 给定温差的最可能动作。

With all that in mind, here’s how a Carnot engine works – at least in theory, because again: Carnot engines are totally hypothetical.

考虑到所有这些， 卡诺引擎是这样工作的——至少在理论上是这样， 因为：卡诺引擎完全是假设的。

And, actually, you probably wouldn’t want an engine that was close to the efficiency of a Carnot engine, because Carnot engines are very slow.

而且，实际上，您可能不想要接近卡诺发动机效率的发动机， 因为卡诺发动机非常慢。

And, actually, you probably wouldn't want an engine that was close to the efficiency of a Carnot engine, because Carnot engines are very slow.

事实上，你不想要一个效率接近它的引擎 从卡诺引擎的有效性来看，因为卡诺引擎。

If you had a Carnot engine in your car, for example, it would take you a whole day to get out of your driveway.

例如，如果您的车内装有 Carnotte 发动机， 从入口出来需要一整天的时间。

This kind of hypothetical engine is called a Carnot engine, and we can use it to figure out the maximum possible efficiency of a real-life engine.

更高。这个虚拟引擎称为引擎 卡诺，我们可以用。