"Titanate" Example Sentences
1. The researchers found that the sample contained a high level of titanate.
2. Mixing titanate with other compounds created a new, more stable material.
3. The team used a scanning electron microscope to examine the titanate particles.
4. The titanate coating improved the corrosion resistance of the metal.
5. The new battery technology utilizes titanate nanowires to increase efficiency.
6. The titanate films exhibited strong adhesion to the substrate.
7. The scientists discovered a previously unknown type of titanate.
8. The solution was heated to encourage the formation of titanate crystals.
9. The titanate powder was dispersed in a liquid medium for ease of application.
10. The team studied the behavior of titanate under high temperatures and pressures.
11. The researchers found that titanate had potential as a catalyst for chemical reactions.
12. The addition of titanate to the mixture improved the mechanical properties of the resulting material.
13. The titanate layer acted as a barrier to prevent ions from penetrating the material.
14. The study focused on the real-world applications of titanate in a variety of industries.
15. The researchers used X-ray diffraction to analyze the crystal structure of the titanate particles.
16. The titanate nanoparticles were synthesized using a simple, low-cost method.
17. The team developed a method to functionalize the surface of titanate particles for improved performance.
18. The researchers explored the potential of titanate-based materials for use in energy storage systems.
19. The titanate fibers exhibited excellent thermal stability under extreme conditions.
20. The study revealed the unique electrical properties of titanate nanotubes.
21. The scientists tested the biocompatibility of titanate coatings for potential medical applications.
22. The titanate-based composite materials displayed superior mechanical strength compared to traditional materials.
23. The team discovered that the introduction of titanate nanoparticles reduced the friction coefficient of the material.
24. The titanate-based materials were found to be resistant to degradation when exposed to harsh environmental conditions.
25. The researchers developed a novel method to produce high-quality titanate nanocrystals.
26. The titanate additives improved the processibility of the material during manufacturing.
27. The study demonstrated the potential of titanate-based materials for use in environmental remediation.
28. The researchers investigated the optical properties of titanate films for potential applications in optoelectronics.
29. The titanate particles exhibited good dispersibility in various solvents.
30. The team used a sol-gel method to produce uniform titanate coatings on a substrate.
Common Phases
not include definitions or explanations.
1. Barium
titanate;
2. Lithium
titanate;
3. Potassium
titanate;
4. Calcium
titanate;
5. Strontium
titanate;
6. Magnesium
titanate;
7. Titanium dioxide
titanate;
8. Sodium
titanate.