Adiabatic example sentences

"Adiabatic" Example Sentences

1. The adiabatic process is fundamental to understanding thermodynamics.
2. An adiabatic expansion of a gas cools it.
3. Scientists used an adiabatic compression to increase the temperature.
4. The adiabatic lapse rate is crucial in meteorology.
5. This model assumes an adiabatic transformation.
6. Understanding adiabatic processes is key to engine design.
7. He explained the concept of adiabatic heating thoroughly.
8. The experiment demonstrated an adiabatic cooling effect.
9. Adiabatic processes are often idealized.
10. We measured the change in pressure during an adiabatic expansion.
11. The system underwent an adiabatic change.
12. Is this process truly adiabatic?
13. It's difficult to achieve a perfectly adiabatic condition.
14. Many atmospheric processes are approximately adiabatic.
15. The textbook described adiabatic compression in detail.
16. The lecture focused on adiabatic processes in gases.
17. How does the temperature change during an adiabatic compression?
18. His research concentrated on adiabatic phenomena.
19. Her paper explored the implications of adiabatic invariance.
20. The theoretical prediction matched the adiabatic experiment.
21. An adiabatic process is one with no heat exchange.
22. We need to consider the effects of adiabatic processes on the system.
23. What are the assumptions of an adiabatic model?
24. The adiabatic approximation simplifies the calculations.
25. The results showed a clear adiabatic trend.
26. The adiabatic index is an important parameter.
27. Ignoring heat transfer, we can assume an adiabatic process.
28. The system behaved almost adiabatically.
29. Adiabatically sealed containers are useful in experiments.
30. Perfectly adiabatic conditions are rare in nature.
31. The process was essentially adiabatic.
32. The changes were predominantly adiabatic.
33. This is a good example of an adiabatic reaction.
34. They modeled the expansion as adiabatic.
35. The simulation employed an adiabatic approximation.
36. Such adiabatic changes are common in the atmosphere.
37. Few processes are truly adiabatic in reality.
38. The near-adiabatic process provided useful data.
39. Real-world applications of adiabatic theory are extensive.
40. He questioned the assumption of an adiabatic system.
41. It's important to understand the limitations of adiabatic modeling.
42. The adiabatic conditions were carefully controlled.
43. This device facilitates adiabatic processes.
44. The study highlighted the significance of adiabatic effects.
45. In an adiabatic system, Q=0.
46. The adiabatic flame temperature is higher.
47. Many simplifying assumptions are made to achieve an adiabatic model.
48. The device maintains near-adiabatic conditions.
49. Analyzing the data requires understanding adiabatic principles.
50. The adiabatic expansion caused a significant temperature drop.

Common Phases

1. Adiabatic process: A thermodynamic process occurring without heat exchange.
2. Adiabatic expansion: An adiabatic process where the volume increases.
3. Adiabatic compression: An adiabatic process where the volume decreases.
4. Adiabatic cooling: Cooling due to adiabatic expansion.
5. Adiabatic heating: Heating due to adiabatic compression.
6. Adiabatic lapse rate: The rate of temperature decrease with altitude in an adiabatically rising air parcel.
7. Adiabatic invariant: A quantity that remains approximately constant during an adiabatic process. (Often used in physics, especially Hamiltonian mechanics).
8. Adiabatic approximation: An approximation used in quantum mechanics and other fields assuming a process occurs adiabatically.
9. Nearly adiabatic process: A process that approximates an adiabatic process, though some small heat exchange may occur.
10. Isothermal-adiabatic model: Models that incorporate both adiabatic and isothermal processes, frequently in climate science and meteorology.