"Intermetal" Example Sentences
1. The intermetal bonding between the two metals was not strong enough.
2. The research focuses on the intermetal interactions inside the alloy.
3. Intermetal diffusion can lead to the formation of new phases.
4. Pewter is an intermetallic alloy made of tin, copper, and antimony.
5. The intermetal coupling shows significant magnetic moments at low temperatures.
6. The intermetallic phase was identified using X-ray diffraction.
7. The intermetallic bonding of the solder joints was analyzed using scanning electron microscopy.
8. The intermetal reaction between the uranium and the stainless steel resulted in a brittle material.
9. The intermetal reaction zone was a highly porous layer on the surface of the sample.
10. The intermetallic compounds formed during the welding process affected the mechanical properties of the joint.
11. The intermetal bonding properties of the solder can be adjusted by changing the flux composition.
12. The intermetal layer was responsible for the degradation of the metal contacts over time.
13. The intermetal interaction between the thin film and the substrate affected the adhesion of the film.
14. The intermetal contact resistance can be reduced by using a higher pressure during bonding.
15. The intermetal diffusion rate can be increased by increasing the temperature and the pressure.
16. The intermetal coupling between the elements in the alloy was studied using magnetic susceptibility measurements.
17. The intermetal reaction between the two metals resulted in the formation of a brittle intermetallic compound.
18. The intermetal bonding between the two layers was enhanced by using a thin layer of gold.
19. The intermetallic phases present in the alloy were identified using transmission electron microscopy.
20. The intermetallic compound showed an improved mechanical strength compared to the pure metals.
21. The intermetal coupling between the metal and the semiconductor influenced the electronic properties of the device.
22. The intermetal junction was optimized for high-precision sensing applications.
23. The intermetal fusion process resulted in an almost seamless joint between two metals.
24. The intermetal reaction between the solder and the metal pads was studied using atomic force microscopy.
25. The intermetallic phase formed during the joining process showed excellent chemical stability.
26. The intermetal bonding can be further improved by using a higher temperature and a longer bonding time.
27. The intermetal interface formed during the packing process was analyzed using X-ray photoelectron spectroscopy.
28. The intermetallic phase was characterized using energy-dispersive X-ray spectroscopy.
29. The intermetal bonding between the copper and the aluminum substrates was improved by using a copper-tin interlayer.
30. The intermetal interaction between the cathode and the anode in a battery was studied to improve the performance of the battery.
Common Phases
1.
Intermetallic compounds are formed by the bonding of two or more metals;
2. These compounds display unique mechanical, thermal, and electrical properties;
3. The formation of
intermetallics can be controlled by adjusting parameters such as temperature, pressure, and composition;
4.
Intermetallics have important industrial applications in fields such as aerospace, electronics, and catalysis;
5. While
intermetallics offer many advantages, challenges remain in controlling their formation and properties.