"Crystallites" Example Sentences
1. Crystallites were found in the sedimentary rock sample.
2. The microscope revealed the presence of crystallites in the crystal lattice.
3. The crystallites were too small to be seen with the naked eye.
4. The mineral composition of the rock contained numerous crystallites.
5. The peaks in the X-ray diffraction pattern were indicative of crystallites.
6. The crystallites were aligned in a specific direction due to the manufacturing process.
7. The study identified the size and shape of the crystallites in the material.
8. The electron diffraction revealed the presence of crystallites in the thin film.
9. The crystallites were able to grow to a larger size through a process of recrystallization.
10. The grain boundaries between the crystallites affected the material's mechanical properties.
11. The crystallites were observed to have small, angular shapes under the microscope.
12. The new product incorporated nanoparticle crystallites into the formulation.
13. The crystallites were made up of tightly packed atoms in a regular pattern.
14. The formation of the crystallites was governed by the kinetics of the crystallization process.
15. The calorimetry experiment measured the enthalpy change associated with the crystallite formation.
16. The size distribution of the crystallites was determined by electron microscopy.
17. The localized mechanical properties of the material were influenced by the size and shape of the crystallites.
18. The crystallites were uniformly dispersed throughout the material.
19. The analysis revealed that the crystallites were single crystals rather than polycrystalline structures.
20. The peak broadening in the diffraction pattern was a result of the small size of the crystallites.
21. The presence of amorphous regions in the material hindered the growth of the crystallites.
22. The crystallites exhibited a high degree of thermal stability.
23. The orientation of the crystallites affected the material's optical properties.
24. The mechanical properties of the material depended on the interaction between the crystallites and the surrounding matrix.
25. The temperature and pressure conditions during cooling affected the size and orientation of the crystallites.
26. The scanning electron microscopy images revealed the characteristic surface structure of the crystallites.
27. The crystallites displayed a high degree of chemical uniformity.
28. The ionic diffusion in the material was influenced by the size and shape of the crystallites.
29. The crystallites were found to be coarser in the sample that had undergone longer annealing.
30. The size of the crystallites determined the size of the pores in the material.
Common Phases
1. The
crystallites in the rock sample were analyzed using X-ray diffraction;
2. The size and shape of the
crystallites were found to be highly homogeneous;
3. The
crystallites exhibited strong luminescence under UV light;
4. The SEM images showed well-defined boundaries between the
crystallites;
5. The stress levels in the material were attributed to the misalignment of the
crystallites;
6. The size distribution of the
crystallites was determined by dynamic light scattering;
7. The lattice structure of the
crystallites was investigated using electron diffraction;
8. The presence of impurities in the
crystallites was confirmed by energy-dispersive X-ray spectroscopy.