"Electroscopy" Example Sentences
1. Electroscopy is a useful tool in the analysis of chemical compounds.
2. The electroscopy technique allowed us to determine the molecular structure of the compound.
3. The results of electroscopy gave us valuable information about the electronic properties of the material.
4. Electrospectroscopy techniques revealed the presence of impurities in the sample.
5. By using electroscopy, we were able to detect even minute traces of contaminants in the sample.
6. The data obtained from electroscopy revealed the material's unique electronic signature.
7. Electroscopy experiments provided insights into the functioning of the material at the molecular level.
8. The electroscopic techniques employed in the analysis were crucial in identifying the unknown sample.
9. The electroscopic signals detected by the instrument allowed us to develop a comprehensive understanding of the material.
10. By combining electroscopy with other analysis methods, we were able to get a complete picture of the material structure.
11. The electroscopic properties of the material were found to be highly sensitive to changes in its environment.
12. Electroscopic imaging provided a detailed view of the material's morphology and structure.
13. The electroscopy technique we used provided a non-destructive way to analyze the sample.
14. Electroscopic measurements allowed us to monitor changes in the material's electronic properties over time.
15. The electroscopy technique enabled us to detect and isolate individual components in a complex mixture.
16. By studying the electroscopy data, we were able to optimize the material's performance for a specific application.
17. The electroscopy technique we employed was capable of analyzing materials at the atomic scale.
18. The results of electroscopic measurements suggested that the material had unique electronic properties that could be exploited in novel devices.
19. Electroscopy experiments helped us understand the material's electronic structure and how it related to other properties.
20. By using electroscopy, we were able to determine the composition of a complex alloy.
21. The electroscopic signals detected by the instrument were used to develop a predictive model for the material's behavior.
22. The electroscopy technique we used was highly selective, allowing us to analyze specific components of a mixture.
23. The electroscopic measurements revealed that the material exhibited unusual electronic behavior under certain conditions.
24. By comparing electroscopic data from different samples, we were able to identify subtle differences in their electronic properties.
25. Electroscopy provided us with information about the material's charge distribution and other electrodynamic properties.
26. The electroscopy technique gave us a way to measure the strength of chemical bonds in the sample.
27. By analyzing the electroscopy data, we were able to identify the presence of characteristic functional groups in the sample.
28. The electroscopy technique was used to investigate the electronic structure of a newly synthesized compound.
29. By combining electroscopy with other techniques, we were able to determine the geometry of the sample’s molecular structure.
30. The results of the electroscopy analysis showed that the sample exhibited unique electronic behavior under extreme conditions.
Common Phases
1. Optical
electroscopy;
2. X-ray photoelectron spectroscopy;
3. Scanning electron microscopy;
4. Fourier-transform infrared spectroscopy;
5. Raman spectroscopy;
6. Ultraviolet-visible spectroscopy;
7. Atomic force microscopy.