Boehmite example sentences

"Boehmite" Example Sentences

1. Boehmite is a naturally occurring mineral.
2. The sample contained significant amounts of boehmite.
3. Boehmite's crystalline structure is quite unique.
4. We analyzed the boehmite using XRD.
5. The presence of boehmite indicated a specific geological history.
6. Identifying boehmite requires careful microscopic examination.
7. This research focuses on the synthesis of nano-structured boehmite.
8. The boehmite particles were uniformly dispersed.
9. Pure boehmite is rarely found in nature.
10. Boehmite is a key component in some industrial catalysts.
11. The dehydration of boehmite yields gamma-alumina.
12. Surface area is a crucial property of boehmite in catalysis.
13. They investigated the thermal stability of boehmite.
14. Boehmite nanoparticles show promise in various applications.
15. The reaction yielded a mixture of boehmite and gibbsite.
16. Boehmite is an aluminum oxyhydroxide.
17. His doctoral thesis was on the characterization of boehmite.
18. Boehmite often occurs as a pseudomorph.
19. The sample exhibited characteristic boehmite peaks in the diffraction pattern.
20. It's crucial to understand the morphology of boehmite for optimal performance.
21. Boehmite plays a significant role in bauxite ore.
22. The researchers synthesized boehmite using a hydrothermal method.
23. Crystalline boehmite displays different properties than amorphous boehmite.
24. Surprisingly, they found traces of boehmite in the sample.
25. Further analysis is needed to confirm the presence of boehmite.
26. The use of boehmite in this context is relatively novel.
27. Boehmite-based materials offer unique advantages.
28. This paper details a new method for the production of boehmite.
29. The boehmite content was determined using TGA.
30. Boehmite is a precursor to various aluminum oxide materials.
31. They compared the catalytic activity of different boehmite samples.
32. The properties of boehmite are highly dependent on its synthesis conditions.
33. Impurities significantly affect the reactivity of boehmite.
34. Boehmite's role in the geological formation was debated.
35. The team successfully synthesized highly pure boehmite.
36. Advanced characterization techniques revealed details about the boehmite structure.
37. Nano-sized boehmite offers increased surface area for reactions.
38. Boehmite nanorods were successfully produced using sol-gel methods.
39. The boehmite transformed into corundum at high temperatures.
40. Understanding the behavior of boehmite under different conditions is crucial.
41. The article thoroughly reviews the applications of boehmite.
42. They developed a new model to predict the behavior of boehmite.
43. Unexpectedly, the boehmite showed superior performance.
44. The study highlighted the importance of controlling boehmite particle size.
45. Boehmite is a relatively stable aluminum hydroxide at elevated temperatures.
46. High-purity boehmite is commercially available.
47. The research involved extensive characterization of boehmite using electron microscopy.
48. Boehmite was the dominant phase in the analyzed sample.
49. The industrial applications of boehmite are constantly expanding.
50. Further research on boehmite could lead to significant advancements.