Crystallography example sentences

"Crystallography" Example Sentences

1. Crystallography is the study of crystals and their structures.
2. Scientists use crystallography to determine the arrangement of atoms in a crystal.
3. X-ray crystallography is a commonly used method in crystallography.
4. Diffraction patterns are analyzed in crystallography to understand crystal structures.
5. The field of crystallography has applications in materials science, biology, and chemistry.
6. Max von Laue was awarded the Nobel Prize in Physics for his work in crystallography.
7. Symmetry and patterns are important concepts in crystallography.
8. The invention of electron microscopy has greatly advanced crystallography.
9. The crystal structure of a diamond was first determined using X-ray crystallography.
10. Protein crystallography is used in drug development and design.
11. Crystallography can provide insights into the physical properties of materials.
12. Mineralogy and petrology use crystallography to study rocks and minerals.
13. The study of crystal defects falls under the field of crystallography.
14. The technique of powder X-ray diffraction is commonly used in crystallography.
15. In crystallography, the unit cell is the smallest repeating unit of a crystal lattice.
16. The structure of viruses can be determined using X-ray crystallography.
17. Crystallography can be used to study the solid-state behavior of pharmaceuticals.
18. Neutron diffraction is a technique used in crystallography that can reveal the position of hydrogen atoms in a crystal.
19. Advances in crystallography have led to the discovery of new materials with unique properties.
20. Single-crystal X-ray diffraction is a powerful tool in crystallography.
21. The geometric arrangement of atoms in a crystal is a fundamental concept in crystallography.
22. The field of crystallography has contributed to our understanding of crystal growth and nucleation.
23. The development of new crystallographic software programs has greatly facilitated crystal structure determination.
24. Crystallography plays a significant role in the field of solid-state physics.
25. The study of crystal twinning is a subfield of crystallography.
26. Potassium bromide is a frequently used material in infrared crystallography.
27. The mineral perovskite has become a hot topic in crystallography because of its potential applications in solar cells.
28. The study of crystallographic point groups is important for understanding crystal symmetry.
29. Crystallography has allowed us to investigate the atomic-level structure of complex natural products.
30. The University of Cambridge has a well-known department of chemical crystallography.

Common Phrases

1. Analyze crystal structure using crystallography;
2. Study atomic arrangement with crystallography;
3. Use crystallography to understand structure-property relationships;
4. Conduct crystallography experiments to determine symmetry;
5. Explore crystal morphology through crystallography;
6. Investigate crystal growth with crystallography;
7. Visualize three-dimensional crystal structures using crystallography;
8. Apply crystallography techniques to solve crystal structures;
9. Utilize crystallography to determine crystal packing;
10. Examine crystal defects and imperfections through crystallography.