One of these is isothermal amplification which also checks for viral RNA.

其中之一是恒温扩增，病毒的RNA。

The third process is the opposite of the first one, and it’s also isothermal.

第三过程与第一相反， 也是等温的。

The first process in the cycle is isothermal.

循环中的第一操作是缓冲操作 到温度。

The third process is the opposite of the first one, and it's also isothermal.

第三过程与第一相反， 这也是一隔热过程。

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，如何适用于。

Well, remember how we described isothermal processes last time: In those cases, there are only very tiny differences in temperature, and they’re immediately eliminated.

好吧，请记住我们上次如何描述等温过程：在那些情况下，温度差异非常小， 并即消除。

An isothermal process is kind of like an isobaric process, in that if you add heat, the volume will expand, so the system will do work.

介电工艺类似于介电工艺 压力，当你加热时体积增加。

Another difference between isobaric and isothermal processes is that, since temperature is held constant in isothermal processes, the internal energy of the ideal gas can't change.

压力介电和介电工艺之间的另一区别 热量是因为热量是恒定的。

During those isothermal processes, the temperature has to be kept constant while heat is transferred – which only works if the heat is transferred super slowly.

在这些等温过程中，温度必须在传递热量时保持恒定——只有当热量传递速度非常慢时才有效。

Hsu worked on his protostar model while at Berkeley and was the head of the astronomy department there by the time he presented the full review of his isothermal sphere model in 1986. Today, Hsu holds tenure at Berkeley.

徐遐生在伯克利期间致力于其原恒星模型研究， 并于1986年全面回顾其等温球模型时， 已担任该校天文系主任。如今，徐遐生在伯克利享有终身教职。