Desorption example sentences

"Desorption" Example Sentences

1. Desorption is a crucial process in many industrial applications.
2. The rate of desorption depends on several factors.
3. Understanding desorption kinetics is vital for process optimization.
4. We observed a rapid desorption of the gas molecules.
5. The experiment measured the efficiency of desorption under varying temperatures.
6. Desorption from the surface was complete after 2 hours.
7. Increased temperature accelerated the desorption process.
8. The model accurately predicted the desorption isotherm.
9. Slow desorption hampered the reaction rate.
10. Desorption studies are essential for catalyst design.
11. The researcher focused on improving desorption efficiency.
12. This technique minimizes desorption losses.
13. Complete desorption was confirmed by spectroscopy.
14. The desorption energy was calculated using DFT.
15. They investigated the mechanism of desorption.
16. Desorption is the reverse of adsorption.
17. The paper discusses the thermodynamics of desorption.
18. High vacuum is necessary for efficient desorption.
19. Improved desorption yields were observed with the new catalyst.
20. The desorption process was monitored in real-time.
21. Factors affecting desorption are pressure and temperature.
22. A detailed study of desorption is required.
23. The kinetics of desorption are complex.
24. The results showed significant desorption at elevated temperatures.
25. We aim to understand the desorption mechanism better.
26. The study highlights the importance of desorption in catalysis.
27. Desorption plays a key role in gas separation.
28. Modeling desorption requires sophisticated techniques.
29. The project focuses on desorption from porous materials.
30. Inefficient desorption led to lower yields.
31. Surface modification enhanced desorption rates.
32. The article reviews recent advances in desorption techniques.
33. They developed a novel method for desorption.
34. The desorption peak was observed at 300°C.
35. Slow desorption kinetics were a limitation.
36. Desorption is an essential part of the cycle.
37. The system exhibits slow desorption dynamics.
38. Optimization of desorption is a challenging task.
39. Further research on desorption is needed.
40. The impact of desorption on the overall process was substantial.
41. After desorption, the surface was analyzed.
42. The process of desorption is influenced by surface properties.
43. They observed a two-stage desorption process.
44. The study provided a comprehensive understanding of desorption mechanisms.
45. Efficient desorption is crucial for reactor performance.
46. The desorption rate was determined experimentally.
47. Predicting desorption behavior is complex.
48. The software simulates desorption processes.
49. The observed desorption was unexpected.
50. This new material facilitates rapid desorption.