Today, you learned about the first law of thermodynamics, and how it applies to isovolumetric, isobaric, isothermal, and adiabatic processes.

今天，你了解了动力学第一定律 热量，它如何适用于。

The last process is the opposite of the second: it’s adiabatic, so the gas is compressed but its heat doesn’t change.

最后一与第二相反：它是绝热的， 所以气体被压缩但它的热量不变。

The last process is the opposite of the second: it's adiabatic, so the gas is compressed but its heat doesn't change.

它是静态的 热，因此，气体被压缩，但它的温度是恒定的。

Finally, there are adiabatic processes, where no heat is allowed to flow in or out of the system, but the gas can expand or be compressed.

最后，还有绝热， 不允许热量流入系统的地方。

Following the publication of a paper in Nature in 2011, however, it is now generally accepted that the firm has built a working version of a specific type of machine called an adiabatic quantum computer.

然而，2011年《自然》杂志发表了一篇论文，此后，人们便公认该公司的确制造出了一台绝热量子计算机。