"Crystallite" Example Sentences
1. The crystallite structure of the diamond is what gives it unparalleled strength.
2. The scientists analyzed the crystallite composition of the meteorite to determine its origins.
3. The electron microscope revealed the complex crystallite structure of the mineral.
4. The geologist was able to identify the type of rock by examining the size of the crystallites.
5. The metal's crystallite structure was altered during the manufacturing process, resulting in weaker bonds.
6. The study of crystallite morphology can provide insights into the properties of materials.
7. The presence of impurities in the crystallite can affect its strength and durability.
8. The mineral has a distinct crystallite pattern that sets it apart from other rocks.
9. By analyzing the orientation of the crystallites, the researchers could determine how the material formed.
10. The synthetic diamond was created by manipulating the growth of the crystallites.
11. The crystallites in the alloy formed in a particular pattern due to the cooling process.
12. The size of the crystallites can affect the mechanical properties of the material.
13. The texture of the rock is determined by the shape and arrangement of the crystallites.
14. The electron diffraction pattern indicated that the crystallite was composed of a single mineral.
15. The narrow angles between the crystallites suggest that the rock formed under high pressure.
16. The grain size of the crystallites determines the optical properties of a material.
17. The crystallographic orientation of the crystallites can give clues about how the material was formed.
18. The researchers measured the dimensions of each crystallite to determine the average size of the sample.
19. The lattice structure of the crystallite was studied to understand its electronic properties.
20. The natural crystal has a complex crystallite structure that takes years to form.
21. The change in pressure caused the crystallites to grow in different directions, altering the surface of the material.
22. The scanning electron microscope was used to analyze the microstructure of the crystallites in the sample.
23. The orientation of the crystallites can have a significant impact on the strength and ductility of a material.
24. The homogeneity of the crystallites in the sample suggests a uniform growth rate.
25. The crystal lattice is made up of many small, interconnected crystallites.
26. The alignment of the crystallites is responsible for the anisotropic properties of many materials.
27. The nano-crystallites in the composite material give it unique physical properties.
28. The shape of the crystallites in the sample can be used to determine the deformation history of the material.
29. The crystallite orientation can be controlled during the manufacturing process to achieve specific material properties.
30. The scientists studied the distribution of the crystallites in the rock to determine its geological age.
Common Phases
1. The
crystallite structure was highly complex;
2. The researcher analyzed the physical properties of the
crystallite;
3. The crystal growth was observed at the nanoscale level through the
crystallite;
4. The electron diffraction pattern confirmed the presence of multiple
crystallites;
5. The
crystallite surface area was determined using gas adsorption measurements;
6. The X-ray diffraction data provided insights into the orientation of the
crystallite lattice;
7. The particle size distribution of the
crystallites was determined using dynamic light scattering;
8. The
crystallite morphology was visualized using scanning electron microscopy;
9. The crystallographic orientation of the
crystallite was revealed by transmission electron microscopy;
10. The size and shape of the
crystallites influenced the material's mechanical properties.