In an adiabatic process no heat is allowed to enter or leave the system . 在绝热过程中，不容许热量进入或离开系统。
2.
It follows that every reversible adiabatic process is one of constant entropy, and may be described as isentropic . 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。
3.
The penetration process can be treated as adiabatic process , but the heat effect is not notable 侵彻过程可视为绝热过程，但绝热温升不显著，材料依然表现为强化。
4.
The most efficient heat engine cycle is the carnot cycle , consisting of two isothermal processes and two adiabatic processes 最有效的热力循环是卡诺循环，由两个等温过程和两个绝热过程。
5.
Through using the data of numerical simulation by mm5 model , and introducing density temperature , cape ' s calculation accroding to the reversible saturated moist adiabatic process which correspond with the actual atmosphere course more was emphatically discussed . thirdly , based on this , the dcape is introduced farther . dcape has close relationship with convective downdraft and convective storms developme nt . fourthly , the using of hourly model - generated soundings is introduced in this paper 本文通过对2003年7月4日南京站的大暴雨过程的mm5数值模拟，引入密度温度t _ ，重点讨论了根据大气可逆饱和湿绝热过程进行cape的过程。第三步，在cape模式资料实现的基础上，进一步讨论新近提出的与对流风暴发展密切相关的下沉对流有效位能。
