"Intermetals" Example Sentences
1. Intermetals are alloys that contain more than one metal.
2. The development of intermetals has revolutionized many industries.
3. The intermetallic compound known as TiAl is incredibly lightweight and strong.
4. The properties of intermetals make them desirable for use in high-temperature applications.
5. Intermetals are known for their high corrosion resistance.
6. The use of intermetals in aerospace engineering has helped to improve fuel efficiency.
7. Researchers are currently exploring the potential of intermetals in the area of catalysis.
8. Intermetals are often classified based on their crystal structures.
9. The intermetallic compound known as Ni3Al is commonly used as a structural material.
10. The formation of intermetallic compounds can significantly alter the properties of a material.
11. Some intermetals exhibit shape memory properties, allowing them to return to their original shape after being deformed.
12. By carefully controlling the composition of intermetals, researchers can tailor their properties to specific applications.
13. Intermetallics can be formed through a variety of techniques, including powder metallurgy and casting.
14. The bond between the two metals in an intermetal is often covalent in nature.
15. Intermetals are being studied for their potential use in the production of next-generation electronic devices.
16. Magnesium-based intermetals show promise as biodegradable implant materials.
17. Intermetals are being investigated as potential catalysts for chemical reactions.
18. Large-scale production of intermetals is often done through melt processing techniques.
19. Intermetals can have high strength and excellent wear resistance.
20. The study of intermetallics is an interdisciplinary field, involving materials science, chemistry, and physics.
21. The formation of intermetallics can be influenced by many factors, including temperature and pressure.
22. Some intermetals exhibit superconducting properties at low temperatures.
23. Intermetals have been used to make turbine blades for use in gas turbines.
24. Research on intermetallics has led to the development of new alloys with improved properties.
25. Intermetals can be produced using a variety of reactive and non-reactive processing techniques.
26. The use of intermetals in automobile manufacturing can help to reduce vehicle weight and improve fuel efficiency.
27. Intermetals play an important role in the development of new energy technologies.
28. Advances in intermetallics research have opened up new possibilities for the use of superalloys in aerospace engineering.
29. Intermetals are being studied for their potential use in the production of hydrogen fuel cells.
30. The use of intermetals is becoming increasingly important in the field of nanotechnology.
Common Phases
1.
Intermetals play a crucial role in the manufacturing industry; they are used to make various products such as car parts, electrical components, and medical devices.
2. The properties of
intermetals, such as their high melting points and excellent conductivity, make them ideal for use in the aerospace and electronics industries; they are used in the production of aircraft engines and computer chips, for example.
3.
Intermetals can form alloys with other metals, resulting in materials with unique properties; for instance, titanium-aluminum alloys are lightweight and strong and are often used in the construction of airplanes.
4. The demand for
intermetals has surged in recent years due to their versatility and usefulness in a range of applications; as a result, research is ongoing to develop new intermetallic compounds with even more desirable properties.
5. Intermetallic coatings can improve the performance of materials in harsh environments by providing a protective layer; for example, ceramic-metal coatings are used on turbine blades to prevent corrosion and wear.
6. Intermetallic compounds have structural and magnetic properties that make them promising candidates for use in renewable energy technologies, such as fuel cells and batteries; their high conductivity and stability can help improve efficiency and decrease costs.
7. The study of
intermetals and their properties is an ongoing field of research, with potential applications in fields such as biotechnology, semiconductor manufacturing, and environmental remediation.