Monodentate example sentences

"Monodentate" Example Sentences

1. Monodentate ligands often bind to a metal center through a single atom.
2. The complex featured a monodentate chloride ligand.
3. Understanding monodentate coordination is crucial in inorganic chemistry.
4. A monodentate ligand's coordination number is one.
5. This molecule acts as a simple monodentate ligand.
6. Water can function as a monodentate ligand in some complexes.
7. The reaction involved a monodentate phosphine.
8. Several monodentate ligands are common in coordination chemistry.
9. Isocyanides are examples of monodentate ligands.
10. The synthesis required a specific monodentate ligand for selectivity.
11. Replacing a bidentate with a monodentate ligand altered the geometry.
12. The spectroscopic data confirmed a monodentate binding mode.
13. We observed a preference for monodentate coordination in this case.
14. The complex contained both bidentate and monodentate ligands.
15. The use of monodentate ligands simplifies the coordination environment.
16. Monodentate ligands are simpler than their polydentate counterparts.
17. The article details various applications of monodentate coordination.
18. The stability of the complex depends on the nature of the monodentate ligand.
19. Ammonia is a classic example of a monodentate ligand in coordination complexes.
20. Unlike bidentate ligands, monodentate ligands only occupy one coordination site.
21. The experiment employed a monodentate ligand to prevent polymerization.
22. A monodentate ligand's steric bulk can affect complex stability.
23. They synthesized a novel monodentate ligand for catalytic applications.
24. The catalytic activity increased with the addition of the monodentate ligand.
25. The research focuses on designing new monodentate ligands with improved properties.
26. This monodentate ligand exhibits high selectivity for the target metal ion.
27. The complex’s reactivity was significantly impacted by the choice of monodentate ligand.
28. Characterizing the monodentate ligand's binding mode was challenging.
29. The crystal structure revealed the monodentate nature of the ligand.
30. Different monodentate ligands were screened to optimize the reaction.
31. The monodentate binding mode was confirmed by NMR spectroscopy.
32. The strength of the metal-ligand bond varied with the type of monodentate ligand.
33. Further studies are needed to understand the behavior of this monodentate ligand.
34. The monodentate ligand's electron donating ability was crucial.
35. They investigated the effect of different monodentate ligands on catalysis.
36. The monodentate ligand's electronic properties influenced the reaction rate.
37. It is crucial to choose the appropriate monodentate ligand for specific applications.
38. The synthesis yielded a complex with a single monodentate ligand coordinated.
39. The presence of a monodentate ligand significantly altered the reaction pathway.
40. The introduction of a monodentate ligand resulted in improved catalytic efficiency.
41. The spectroscopic data indicated a predominantly monodentate coordination mode.
42. Computational studies were performed to understand the monodentate ligand's interaction.
43. The monodentate ligand acted as a spectator in this reaction.
44. A series of monodentate ligands were synthesized and characterized.
45. The article comprehensively reviews the applications of monodentate ligands in catalysis.
46. Using a monodentate ligand simplified the structural analysis.
47. The monodentate ligand played a vital role in stabilizing the intermediate.
48. The reaction mechanism involved the coordination of a monodentate ligand.
49. The monodentate ligand's affinity for the metal ion was determined.
50. Understanding the principles of monodentate ligand coordination is essential for designing efficient catalysts.