1·This is an adiabatic process.
这是一个绝热过程。
2·We could do an adiabatic process.
我们再来研究绝热过程。
3·Adiabatic reversible path.
绝热可逆路径。
4·Such reactions are called non-adiabatic.
这种反应叫做非绝热反应。
5·So we've got our reversible adiabatic path right.
那么我们有了这条可逆绝热路径。
6·Here comes an adiabatic expansion, to point three.
通过绝热膨胀到，第3点。
7·It's set up to be well-insulated so it's adiabatic.
所以它是绝热的。
8·Yes, exactly, it's adiabatic, right constant pressure.
对，没错，它是绝热的。
9·This is isothermal. This is adiabatic, there's no heat.
一个是等温，一个是绝热。
10·We know in an adiabatic expansion the system's going to cool.
我们知道在绝热膨胀过程中，系统温度会降低。
1·This is an adiabatic process.
这是一个绝热过程。
2·So this is still adiabatic. It's insulated, but now it's constant volume, OK.
这仍然是绝热的，是隔热的，但现在它的体积是恒定的。
3·So your time scale it just fast enough that this is basically an adiabatic compassion.
你的时间足够快以至于，基本上是一个绝热过程。
4·Our constraint is going to be an adiabatic expansion or compression.
现在约束改成了,绝热膨胀，或者压缩。
5·So we've got our reversible adiabatic path right.
那么我们有了这条可逆绝热路径。
1·Based on a thermal model of monopropellant thrust chamber system including its components such as adiabatic frame, catalyst bed, nozzle etc.
建立了单组元发动机推力室系统（包括结构部件如隔热框、催化床、喷管等）的传热模型。
2·In this paper, the main factors influencing the waterproof and adiabatic performance of housetop were studied.
本文专题研究了影响屋面防水与隔热性能的主要因素。
3·Adiabatic ablation cooling, film cooling are the main means and have been used widely.
隔热层烧蚀冷却、气膜冷却是冲压发动机常用的冷却方式。