Polypyridyl example sentences

"Polypyridyl" Example Sentences

1. Polypyridyl complexes are frequently used in photocatalysis.
2. The synthesis of the polypyridyl ligand proved challenging.
3. This research focuses on novel polypyridyl-based materials.
4. We observed interesting electrochemical behavior in the polypyridyl ruthenium complex.
5. The polypyridyl ligand coordinated to the metal center in a bidentate fashion.
6. Several polypyridyl derivatives were prepared and characterized.
7. Polypyridyl ligands offer tunable electronic properties.
8. The study demonstrated the efficacy of polypyridyl complexes in solar energy conversion.
9. Future work will explore alternative polypyridyl ligand designs.
10. A crucial step in the process is the functionalization of the polypyridyl framework.
11. The polypyridyl ruthenium(II) complex exhibited strong luminescence.
12. The properties of the resulting polypyridyl material were thoroughly investigated.
13. We hypothesized that modifying the polypyridyl ligand would enhance the catalyst's activity.
14. The synthesis of this specific polypyridyl compound is quite intricate.
15. Using a polypyridyl ligand, we were able to achieve high selectivity.
16. The polypyridyl framework provided stability to the catalyst.
17. Investigations into new polypyridyl-containing polymers are underway.
18. This novel polypyridyl complex shows promise for biomedical applications.
19. The article extensively reviews the applications of polypyridyl complexes.
20. Polypyridyl ligands are known for their versatile coordination chemistry.
21. Our results suggest that the steric hindrance of the polypyridyl ligand plays a role.
22. The polypyridyl moiety acts as an antenna for light absorption.
23. Optimizing the structure of the polypyridyl ligand is vital for improved performance.
24. Modifications to the polypyridyl ligand significantly altered the complex's reactivity.
25. The polypyridyl ligand's electron-donating ability was crucial for the reaction.
26. A range of substituted polypyridyl ligands were screened.
27. The study compared the catalytic activity of various polypyridyl complexes.
28. This method provides a more efficient synthesis of the polypyridyl ligand.
29. Polypyridyl chemistry is a rapidly expanding field of research.
30. The unique properties of polypyridyl complexes make them attractive for various applications.
31. We are currently exploring the use of polypyridyl ligands in asymmetric catalysis.
32. The polypyridyl unit is a key structural element in many supramolecular assemblies.
33. Analyzing the polypyridyl ligand's conformation is important for understanding its behavior.
34. The synthesis and characterization of novel polypyridyl derivatives are described.
35. The coordination geometry around the metal center in the polypyridyl complex was determined.
36. Further research is needed to fully understand the mechanism of the polypyridyl-catalyzed reaction.
37. This polypyridyl-based sensor exhibits high sensitivity and selectivity.
38. The impact of substituents on the polypyridyl ligand's properties was investigated.
39. Improved methods for the synthesis of functionalized polypyridyl ligands are desired.
40. The polypyridyl ligand's flexibility allows it to adopt various conformations.
41. The redox properties of the polypyridyl complex were studied using cyclic voltammetry.
42. Computational studies provide insights into the electronic structure of the polypyridyl complex.
43. The polypyridyl ligand effectively facilitated electron transfer.
44. The self-assembly of the polypyridyl complex was observed under specific conditions.
45. A detailed mechanistic study of the polypyridyl-mediated transformation was undertaken.
46. The polypyridyl ligand was successfully incorporated into the polymer backbone.
47. The development of new polypyridyl ligands for specific applications is ongoing.
48. Unexpected reactivity was observed with this particular polypyridyl complex.
49. The fluorescence properties of the polypyridyl complex were utilized for sensing.
50. Further investigations into the photophysical properties of the polypyridyl complex are warranted.