Dipolarity example sentences

"Dipolarity" Example Sentences

1. Dipolarity in the molecule contributed to its unique reactivity.
2. The study explored the effects of solvent dipolarity on reaction rates.
3. Increased dipolarity led to a significant change in the spectral properties.
4. We observed a correlation between dipolarity and the material's dielectric constant.
5. Understanding dipolarity is crucial for designing effective drug delivery systems.
6. The high dipolarity of water influences its exceptional solvent properties.
7. This research focuses on the impact of molecular dipolarity on self-assembly.
8. Variations in dipolarity were observed across different samples.
9. Computational modelling accurately predicted the dipolarity of the novel compound.
10. The dipolarity of the molecule played a critical role in its biological activity.
11. Measuring dipolarity is essential for characterizing certain types of materials.
12. We hypothesize that dipolarity is a key factor in the observed phenomenon.
13. The results showed a direct relationship between dipolarity and viscosity.
14. Further research is needed to explore the full implications of dipolarity in this context.
15. A novel method for determining dipolarity has been developed.
16. The dipolarity of the solvent significantly impacted the solubility of the solute.
17. This compound's unusual properties stem from its high dipolarity.
18. Analysis of dipolarity revealed insights into the molecular structure.
19. The lack of dipolarity in this molecule accounts for its poor solubility.
20. The dipolarity of the molecule was determined using a variety of techniques.
21. We found a strong correlation between dipolarity and the observed fluorescence.
22. The dipolarity of the probe molecule enabled its effective targeting.
23. The precise measurement of dipolarity was critical for the success of the experiment.
24. Differences in dipolarity explained the observed variations in reactivity.
25. Studies on dipolarity are crucial for understanding intermolecular interactions.
26. The dipolarity of the peptide influenced its secondary structure.
27. The effects of dipolarity were most pronounced at low temperatures.
28. This model accurately predicts dipolarity across a wide range of solvents.
29. We used a spectroscopic technique to measure dipolarity in the solution.
30. The dipolarity is an important factor in determining the stability of the complex.
31. An unexpected increase in dipolarity was observed during the reaction.
32. This new understanding of dipolarity may lead to new applications.
33. The observed changes in dipolarity were statistically significant.
34. Controlling dipolarity is key to improving the efficiency of this process.
35. The influence of dipolarity on protein folding is a subject of ongoing research.
36. High dipolarity can lead to enhanced solubility in polar solvents.
37. The dipolarity measurement provided valuable insights into the system.
38. We investigated the relationship between dipolarity and surface tension.
39. Precise control of dipolarity is crucial for this nanomaterial's fabrication.
40. The dipolarity values were consistent with the theoretical predictions.
41. Understanding the dipolarity of the interface is essential for this application.
42. This material exhibits unusual dipolarity due to its unique structure.
43. The study revealed a non-linear relationship between dipolarity and concentration.
44. The dipolarity of the liquid crystal influences its optical properties.
45. We attribute the observed behavior to changes in dipolarity during the transition.
46. The dipolarity affects the interaction between the substrate and the molecule.
47. Future work will focus on exploring the implications of dipolarity on catalysis.
48. The dipolarity of the solvent significantly influenced the reaction yield.
49. The observed dipolarity is consistent with the presence of hydrogen bonding.
50. This innovative technique enables the precise measurement of dipolarity in complex systems.