"Hydrophilicities" Example Sentences
1. The difference in hydrophilicities between the two compounds was significant.
2. The hydrophilicities of the various polymers were tested in the lab.
3. Hydrophilicities can affect the dissolution rate of a substance in water.
4. The hydrophilicities of the coatings were responsible for their different water resistance levels.
5. The team used a series of techniques to measure the hydrophilicities of the materials.
6. The hydrophilicities of the surfactants were crucial in determining their effectiveness.
7. The study showed that the hydrophilicities of certain materials could be altered by modifying their surface properties.
8. The researchers were able to correlate the hydrophilicities of the samples with their surface energy.
9. The hydrophilicities of the compounds were found to be influenced by their molecular weight.
10. The variation in hydrophilicities allowed for the identification of the different components in the mixture.
11. The hydrophilicities of the lipids played a critical role in their interactions with water molecules.
12. The hydrophilicities of the polymer coatings were evaluated using contact angle measurements.
13. The study found that there was a correlation between the hydrophilicities of the substrates and the adhesion strength of the coatings.
14. The hydrophilicities of the materials influenced their binding properties with water-soluble molecules.
15. The difference in hydrophilicities between the surface coatings affected their wettability.
16. The hydrophilicities of the polymers were modified by introducing functional groups onto their surface.
17. The study aimed to investigate the effect of molecular weight on the hydrophilicities of the polymers.
18. The researchers found that hydrophilicities could be predicted based on the chemical structure of the molecules.
19. The hydrophilicities and water permeability of the membranes were evaluated using various techniques.
20. The study demonstrated that the hydrophilicities of the nanoparticles affected their uptake into cells.
21. The researchers employed molecular simulations to investigate the hydrophilicities of the protein-active-site complexes.
22. The hydrophilicities of the amino acids were studied to determine their contributions to protein structure and function.
23. The study showed that varying the hydrophilicities of the materials affected their cellular uptake and toxicity.
24. The researchers developed a model to predict the hydrophilicities of organic molecules.
25. The hydrophilicities of the surfaces influenced the adhesion of bacteria and algae.
26. The team used X-ray photoelectron spectroscopy to measure the hydrophilicities of the materials.
27. The hydrophilicities of the surfaces were improved by modifying their chemical composition.
28. The study evaluated the effect of hydrophilicities on the release rate and stability of drug-loaded nanoparticles.
29. The hydrophilicities of the proteins were investigated to understand their interactions with other molecules in a biological environment.
30. The researchers compared the hydrophilicities of various metal oxide nanoparticles using atomic force microscopy.
31. The hydrophilicities of the surfaces affected the formation of biofilms.
32. The study aimed to investigate the relationship between hydrophilicities and surface free energy of the materials.
33. The researchers modified the hydrophilicities of the particles using silane coatings.
34. The hydrophilicities of the nanoparticles influenced their behavior in the environment.
35. The study investigated the effect of hydrophilicities on protein adsorption and fouling in membrane separation processes.
36. The hydrophilicities of the surfactants were evaluated using tensiometry and fluorescent probes.
37. The researchers developed a novel method to measure the hydrophilicities of nanoparticles using Raman spectroscopy.
38. The hydrophilicities of the substrates influenced the growth and attachment of cells in tissue engineering applications.
39. The study found that the hydrophilicities of the materials affected their interactions with plasma proteins.
40. The hydrophilicities of the surfaces were optimized for the development of efficient microfluidic channels.
Common Phases
1. The
hydrophilicities of these compounds differ greatly;
2. The
hydrophilicities of the various molecules were tested;
3. The
hydrophilicities of the two solvents were compared;
4. The
hydrophilicities of the amino acids were analyzed;
5. The
hydrophilicities of the different polymers were measured;
6. The
hydrophilicities of the nanoparticles were determined;
7. The
hydrophilicities of these materials affect their properties;
8. The
hydrophilicities of these substances are crucial for their function;
9. The
hydrophilicities of these compounds determine their solubility;
10. The
hydrophilicities of the protein molecules were studied.