adiabaticity
- noun
- /ˌeɪdiəˈbætɪsɪti/
- Specialized
- Maintaining adiabaticity ensures that a system changes state without exchanging heat with its surroundings.
Examples
-
The adiabaticity of the process was confirmed by the temperature measurements.
-
Researchers measured the degree of adiabaticity during the experiment to determine energy conservation.
-
In thermodynamics, adiabaticity is crucial for understanding certain idealized processes.
-
Can you explain the concept of adiabaticity in thermodynamics?
-
In thermodynamics, adiabaticity is essential for processes that do not involve heat transfer.
-
Maintaining adiabaticity allows a system to undergo changes without exchanging heat with the environment.
-
The researchers demonstrated adiabaticity by showing that the system's temperature remained constant during expansion.
Surface Forms
Morphology
Etymology
Adiabaticity comes from Greek parts a- meaning 'not' and diabatos meaning 'passable', so it literally says 'not passed through'. That's why adiabaticity describes a process where heat does not pass in or out of a system.