Electrooxidation example sentences

"Electrooxidation" Example Sentences

1. Electrooxidation is a crucial process in many industrial applications.
2. The efficiency of the electrooxidation reaction depends on several factors.
3. Researchers are exploring new catalysts to improve electrooxidation performance.
4. We investigated the kinetics of electrooxidation using electrochemical techniques.
5. Understanding electrooxidation mechanisms is vital for developing better fuel cells.
6. This study focuses on the mechanism of ethanol electrooxidation.
7. The rate of electrooxidation increased significantly at higher temperatures.
8. Electrooxidation plays a key role in wastewater treatment.
9. Improved electrooxidation processes can lead to cleaner energy production.
10. Electrooxidation of organic pollutants is an environmentally friendly approach.
11. The application of electrooxidation in organic synthesis is gaining attention.
12. They developed a novel electrode material for efficient electrooxidation.
13. Electrooxidation, unlike other methods, offers precise control.
14. Further research is needed to optimize the parameters for electrooxidation.
15. The electrooxidation process was monitored using cyclic voltammetry.
16. We observed a significant increase in current density during electrooxidation.
17. The potential for electrooxidation in various fields is immense.
18. Electrooxidation is a complex process involving multiple steps.
19. Several factors influence the selectivity of electrooxidation.
20. Electrooxidation offers a sustainable alternative to traditional methods.
21. By modifying the electrode surface, we enhanced electrooxidation efficiency.
22. The results suggest that electrooxidation is a viable option for this application.
23. This innovative approach to electrooxidation shows great promise.
24. The challenges associated with electrooxidation need further investigation.
25. Electrooxidation of methanol is a crucial step in direct methanol fuel cells.
26. Advances in electrooxidation technology are driving innovation in energy storage.
27. Controlling the pH is critical for successful electrooxidation.
28. The study of electrooxidation is an active area of research.
29. They achieved high yields through careful control of the electrooxidation parameters.
30. Efficient electrooxidation requires a suitable catalyst.
31. The mechanism of electrooxidation was elucidated through DFT calculations.
32. Electrooxidation is used in various electrochemical sensors.
33. The environmental impact of electrooxidation is minimal compared to other methods.
34. Electrooxidation can be used to remove harmful pollutants from water.
35. The cost-effectiveness of electrooxidation makes it attractive for industrial applications.
36. Further optimization of the electrooxidation process is underway.
37. This novel catalyst significantly improved the rate of electrooxidation.
38. The use of electrooxidation in this context is unprecedented.
39. We are investigating the effects of different electrolytes on electrooxidation.
40. The future of electrooxidation looks bright due to ongoing advancements.
41. A better understanding of electrooxidation will lead to new technologies.
42. The electrooxidation of glucose is studied for biosensor applications.
43. Electrooxidation processes are often coupled with other techniques.
44. The scalability of electrooxidation is a key factor for industrial adoption.
45. Careful consideration of electrode material is crucial for effective electrooxidation.
46. Long-term stability is a challenge in many electrooxidation applications.
47. Recent studies have revealed new insights into electrooxidation pathways.
48. The potential of electrooxidation for sustainable chemistry is considerable.
49. This work demonstrates the feasibility of using electrooxidation for this purpose.
50. Electrooxidation remains a subject of intense scientific inquiry.