Propanediyls example sentences
"Propanediyls" Example Sentences
1. Propanediyls are often used as bridging groups in organometallic chemistry.2. The synthesis involved the use of several propanediyls derivatives.
3. Studies have shown that substituted propanediyls exhibit unique reactivity.
4. Understanding the properties of propanediyls is crucial for catalyst design.
5. The article focuses on the diverse applications of propanediyls in polymer chemistry.
6. Several isomers of propanediyls exist, each with different properties.
7. The reaction yielded a mixture of propanediyls and other byproducts.
8. We observed a significant increase in yield with the addition of propanediyls.
9. The presence of propanediyls significantly altered the reaction pathway.
10. Further research is needed to explore the potential of functionalized propanediyls.
11. The spectroscopic data confirmed the presence of propanediyls in the final product.
12. Computational methods were used to study the conformation of propanediyls.
13. The use of propanediyls resulted in improved catalytic activity.
14. Difficulties were encountered in synthesizing certain substituted propanediyls.
15. The mechanism involving propanediyls is still not fully understood.
16. Propanediyls act as versatile building blocks in organic synthesis.
17. This novel approach utilizes propanediyls to create novel polymers.
18. The stability of the complex depends on the substitution pattern of the propanediyls.
19. Unexpected results were obtained when using chiral propanediyls.
20. Future studies will investigate the biological activity of propanediyls.
21. The reactivity of propanediyls is influenced by steric effects.
22. Propanediyls-containing compounds show promise in materials science.
23. The synthesis of propanediyls can be challenging under certain conditions.
24. Different methods exist for the functionalization of propanediyls.
25. Analysis of the reaction products revealed a significant amount of propanediyls.
26. The incorporation of propanediyls improved the thermal stability of the material.
27. Several patents exist related to the use of propanediyls in industrial processes.
28. The team successfully synthesized a new class of propanediyls derivatives.
29. This research aims to develop efficient methods for the production of propanediyls.
30. The structural characterization of propanediyls was achieved using X-ray crystallography.
31. The article reviews the current state of knowledge regarding propanediyls and their applications.
32. The study demonstrated the versatility of propanediyls as building blocks for supramolecular structures.
33. Unexpected side reactions were observed during the synthesis of halogenated propanediyls.
34. The presence of propanediyls in the polymer backbone affected its mechanical properties.
35. Optimization of the reaction conditions was crucial for obtaining high yields of propanediyls.
36. The theoretical calculations predicted the reactivity of various propanediyls isomers.
37. Detailed NMR studies were conducted to analyze the structure of propanediyls.
38. The use of protecting groups was necessary during the synthesis of some propanediyls.
39. The article discusses the challenges and opportunities associated with the use of propanediyls.
40. Advances in synthetic methods have facilitated the preparation of complex propanediyls structures.
41. The team’s innovative approach to synthesizing propanediyls has garnered significant attention.
42. This groundbreaking research explores the potential of propanediyls in drug discovery.
43. Improved methods for the purification of propanediyls are currently under development.
44. The impact of propanediyls on the environment needs further investigation.
45. The economic viability of using propanediyls in industrial applications is under review.
46. The study highlights the importance of considering the toxicity of propanediyls and their derivatives.
47. The synthesis of propanediyls is often accompanied by unwanted side products.
48. The properties of propanediyls make them ideal candidates for specific applications.
49. The researchers are currently exploring the use of propanediyls in renewable energy technologies.
50. Further research is warranted to fully understand the long-term effects of propanediyls on human health.