绝热可逆过程:就是体系没有热量的散失,且该反映是可逆的过程。可逆的绝热过程是等熵过程。等熵过程的对立面是等温过程,在等温过程中,最大限度的热量被转移到了外界,使得系统温度恒定如常。
公布 中文名称:可逆绝热过程 英文名称:reversible adiabatic process 定义:饱和湿空气微团在升降过程中凝结物完全不脱离该微团的湿绝热的可逆过程。 应用学科: 大气科学(一级学科); 动力气象学(二级学科) 点击加载更多
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不可逆绝热过程 irreversible adiabatic process
绝热可逆过程 adiabatic reversible process
可逆饱和绝热过程 [气象] reversible saturation-adiabatic process ; reversible moist adiabatic process
可逆性绝热过程 reversible adiabatic process
理想气体绝热可逆过程 Adiabatic reversible process
现在是可逆绝热过程,因此这里有一个关系式,我相信你们还记得。
Now, this is a reversible adiabatic path, so there's a relationship that I'm sure you'll remember.
可见可逆绝热过程都是熵不变的过程,可以把这种过程叫做等熵过程。
It follows that every reversible adiabatic process is one of constant entropy, and may be described as isentropic.
这里的末态温度,与经过可逆绝热过程,到达相同压强的末态温度相比哪个比较高呢?
T2 Is the temperature T2 in this process smaller or larger than if I were to do the process reversibly with the same endpoint pressure.
Adiabatic can be either reversible or not, and we're going to do that probably next time or two times.
绝热过程可以是可逆的,也可以不是,我们可能会在下一次或下下次课上,研究这个问题。
Now,this is a reversible adiabatic path, so there's a relationship that I'm sure you'll remember.
现在是可逆绝热过程,因此这里有一个关系式,我相信你们还记得。
We're pretty much done with our definitions STUDENT: Was adiabatic reversible?
各种定义,学生:绝热过程是可逆的吗?
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