"Solvates" Example Sentences
1. The solvates of this compound have unique properties.
2. The structure of the solvates was determined by X-ray crystallography.
3. The solvates can be easily desolvated by heating.
4. The solvates exhibited improved solubility in aqueous solutions.
5. The formation of solvates is influenced by the solvent composition.
6. The solvates show different spectroscopic characteristics compared to the parent compound.
7. The solvates can be used as starting materials for further reactions.
8. The presence of solvates can affect the stability of the compound.
9. The solvates formed in non-aqueous solvents were more stable than those in aqueous solvents.
10. The properties of the solvates are dependent on the type of solvent used.
11. The solvates can act as templates for crystal growth.
12. The solvates can be separated from the parent compound by various techniques.
13. The solvates can facilitate the crystallization of amorphous forms of the compound.
14. The solvates play an important role in controlling the polymorphic behavior of the compound.
15. The solvates can affect the bioavailability of the compound.
16. The solvates can be characterized using various analytical techniques.
17. The solvates can exhibit different solid-state properties compared to the parent compound.
18. The solvates can be used for purification and isolation of the compound.
19. The solvates can be recovered from the reaction mixture by filtration.
20. The formation of solvates can be controlled by adjusting the reaction conditions.
21. The solvates can affect the dissolution rate of the compound.
22. The solvates can be used to prepare materials with unique physical properties.
23. The solvates can be detected by various spectroscopic methods.
24. The stability of the solvates can be increased by adding certain additives to the solvent.
25. The solvates can be used to study the host-guest interactions between the compound and solvent molecules.
26. The properties of the solvates can be influenced by the method of preparation.
27. The solvates can exhibit different crystal morphology compared to the parent compound.
28. The solvates can be used for the preparation of drug delivery systems.
29. The solvates can be used for the purification of enantiomers.
30. The solvates can be formed through different mechanisms depending on the solvent used.
Common Phases
1. The
solvates formed due to the addition of water to the compound;
2. The
solvates showed higher stability compared to the anhydrous form;
3. The
solvates exhibited different physical and chemical properties from the parent compound;
4. The
solvates were analyzed using techniques such as X-ray diffraction and thermal analysis;
5. The
solvates can be reversibly interconverted with the anhydrous form;
6. The presence of
solvates can affect the dissolution rate of the compound.