Intermetallic example sentences

"Intermetallic" Example Sentences

1. The intermetallic compound formed between gold and aluminum is AuAl2.
2. The addition of germanium to copper leads to the formation of intermetallic phases.
3. Intermetallic coatings are commonly used to protect high-temperature alloys against oxidation.
4. The mechanical properties of intermetallic compounds depend strongly on their crystal structures.
5. Platinum and aluminum form an intermetallic phase known as PtAl3.
6. Many intermetallic compounds can be prepared by means of a flux.
7. The intermetallic compound CuAl2 is an important alloying agent for copper.
8. Intermetallic phases exhibit a high degree of chemical and thermal stability.
9. Corrosion resistance of intermetallic compounds is an active field of research.
10. The intermetallic compound formed between titanium and aluminum is TiAl3.
11. The microstructure of intermetallic alloys can be tailored to achieve specific properties.
12. Intermetallic phases often exhibit unique magnetic properties.
13. The intermetallic compound Ni3Al has high strength at elevated temperatures.
14. Coatings of intermetallic compounds can act as diffusion barriers in microelectronics.
15. Intermetallic phases are being investigated for use in high-temperature superconductors.
16. The crystal structure of an intermetallic compound can be determined by X-ray diffraction.
17. The intermetallic compound FeAl has potential for use in high-temperature structural applications.
18. Additions of intermetallic phases to magnesium alloys can improve their mechanical properties.
19. The intermetallic compound MoSi2 is a promising material for high-temperature applications.
20. Many intermetallic compounds exhibit shape memory behavior.
21. Chromizing is a process by which an intermetallic layer of Cr2AlC is formed on steel.
22. The intermetallic compound CaAl2Si2 is an important intermediate in the production of aluminum.
23. Intermetallic phases can form in metallic glasses during solid-state reactions.
24. The synthesis of intermetallic nanoparticles is a topic of interest in materials science.
25. Intermetallic compounds can act as catalysts for various chemical reactions.
26. The intermetallic compound CePt5 has potential for use in magnetic devices.
27. Mechanical alloying is a technique used for the synthesis of intermetallic powders.
28. The intermetallic compound Ti2AlC exhibits high hardness and thermal stability.
29. Additions of intermetallic phases to aluminum alloys can improve their creep resistance.
30. Intermetallic coatings of CuAl2 are widely used in aerospace applications.

Common Phrases

1. Intermetallic compounds can have unique properties;
2. There is ongoing research into the intermetallic phase of alloys;
3. The intermetallic structure of certain materials can affect their mechanical properties;
4. Intermetallic bonding plays a crucial role in determining the properties of metals;
5. Intermetallic reactions can occur between different metals in an alloy;
6. The intermetallic phase of certain metals can improve their resistance to corrosion;
7. Intermetallic alloys are often used in high-temperature applications;
8. The intermetallic phase of some metals can lead to brittle behavior;
9. Intermetallic coatings can be applied to protect against wear and corrosion;
10. Understanding the intermetallic phase of alloys is important for designing new materials.