Mullite example sentences

"Mullite" Example Sentences

1. Mullite is a refractory material.
2. The bricks contained a high percentage of mullite.
3. We analyzed the mullite crystals under a microscope.
4. The formation of mullite requires specific temperatures.
5. Mullite's high melting point makes it ideal for high-temperature applications.
6. Research on mullite continues to yield new insights.
7. This ceramic is primarily composed of mullite and alumina.
8. The mullite phase was clearly visible in the XRD pattern.
9. They synthesized mullite using a sol-gel method.
10. The strength of the material improved significantly with the addition of mullite.
11. Mullite-based composites are gaining popularity.
12. High-purity mullite is required for this process.
13. The mullite fibers were exceptionally strong.
14. Unexpectedly, the mullite reacted with the silica.
15. What is the chemical formula for mullite?
16. Mullite is a crucial component in many industrial applications.
17. Further studies are needed to explore the properties of mullite nanofibers.
18. The sample contained significant amounts of mullite and quartz.
19. It's important to control the mullite formation temperature.
20. The presence of mullite indicated a successful heat treatment.
21. Are there any alternatives to using mullite in this context?
22. The article focused on the synthesis and characterization of mullite.
23. Mullite whiskers were observed in the microstructure.
24. The thermal shock resistance of mullite is remarkable.
25. They improved the mullite by doping it with other elements.
26. Processing mullite requires specialized equipment.
27. The mullite powder was finely ground before use.
28. Mullite’s applications extend beyond the traditional refractory industry.
29. Surprisingly, the mullite exhibited unusual electrical properties.
30. The team aimed to optimize the mullite synthesis parameters.
31. This mullite sample showed superior wear resistance.
32. The study compared different methods for producing mullite.
33. Innovative uses for mullite are constantly being developed.
34. The crystalline structure of mullite is complex.
35. Mullite is known for its excellent chemical stability.
36. They observed a significant increase in the mullite content after firing.
37. How does the grain size of mullite affect its mechanical properties?
38. The mullite-based material proved to be highly durable.
39. This new mullite composite offers enhanced thermal insulation.
40. The cost of mullite is a significant factor in industrial applications.
41. Mullite’s unique properties make it a valuable material.
42. The experiment demonstrated the effectiveness of using mullite as a catalyst.
43. Future research may focus on improving the synthesis of mullite nanoparticles.
44. Only high-quality mullite can meet the stringent requirements.
45. The degradation of mullite at extremely high temperatures was studied.
46. We need to further investigate the effects of impurities on mullite properties.
47. The innovative application of mullite revolutionized the industry.
48. The microscopic analysis revealed the presence of needle-like mullite crystals.
49. Mullite is a relatively inert material.
50. The company specializes in the production of high-performance mullite products.

Common Phases

1. Mullite-based materials exhibit superior thermal shock resistance.
2. The mullite phase is crucial for high-temperature applications.
3. Mullite formation is influenced by the chemical composition.
4. Mullite crystals exhibit a characteristic needle-like morphology.
5. The mullite content affects the overall mechanical properties.
6. High-purity mullite is desirable for specific applications.
7. Mullite refractories are widely used in various industries.
8. The synthesis of mullite involves complex chemical reactions.
9. Mullite's stability at high temperatures is a key advantage.
10. Characterization of mullite often involves X-ray diffraction.
11. The microstructure of mullite influences its performance.
12. Doping mullite with other oxides can modify its properties.
13. Mullite powder is a common starting material for synthesis.
14. The thermal conductivity of mullite is relatively low.
15. Research on mullite continues to expand its applications.