Alloying example sentences

"Alloying" Example Sentences

1. The metal smith heated the metals before alloying them together.
2. Alloying the steel with chromium increases its hardness and corrosion resistance.
3. Aluminum alloys are created by alloying aluminum with other elements.
4. Alloying the metal with copper improved its strength and ductility.
5. Titanium is often alloyed with aluminum and vanadium to enhance its properties.
6. Brass is an alloy created by alloying copper and zinc.
7. Stainless steel is an alloy made by alloying steel with chromium.
8. Bronze is created by alloying copper and tin.
9. Alloying metals improves properties like corrosion resistance, strength and hardness.
10. Sterling silver is an alloy created by alloying silver with copper.
11. The most common alloying element added to iron is carbon.
12. The alloying process involves precisely mixing and combining the metals.
13. Magnesium is commonly alloyed with aluminum to produce lightweight alloys.
14. When alloying metals, the proportions of each element are carefully considered.
15. The metalworkers experimented with various proportions when alloying the mixture.
16. She studied the effects of alloying different elements into the copper base metal.
17. He discovered that alloying a small amount of nickel improved the steel's properties.
18. They analyzed the results of alloying tantalum with various other elements.
19. The results of alloying molybdenum with different metals were inconclusive.
20. The research focused on alloying rare earth elements into nickel superalloys.
21. The goal of the alloying process was to improve the corrosion resistance of the metal.
22. The alloying process changed the metal's microstructure and properties.
23. Compared the properties of the base metal before and after alloying.
24. Scientists developed new alloys by experimenting with different elements and proportions during the alloying process.
25. The metal worker carefully monitored the alloying process to ensure consistent results.
26. Results from the alloying experiments far exceeded initial expectations.
27. Before commencing the alloying process, she reviewed all previous research on the topic.
28. The forged coin consisted of an alloy created by alloying gold and silver.
29. The challenges of alloying reactive metals required advanced techniques and procedures.
30. Alloying iron with chromium produced a steel with excellent corrosion resistance.
31. Most jewelry is made from alloys created by alloying precious metals.
32. After analyzing the results, she changed the proportions used during the alloying process.
33. The alloying elements diffused into the base metal during heating.
34. He developed a new procedure for alloying the difficult-to-combine metals.
35. The mechanical properties of the alloys improved after optimization of the alloying process.
36. Lead is commonly alloyed with tin, antimony and copper to make solder.
37. The molten metals thoroughly mixed during the alloying process.
38. Researchers are working on alloying metals at the nanoscale to produce new properties.
39. Precise control over the alloying process is crucial to achieving the desired results.
40. During alloying, the metals melt and thoroughly blend together at the atomic scale.
41. Gallium is often alloyed with indium to create alloys with low melting points.
42. Manufacturing the new alloy involved a complex multistep alloying process.
43. The combination of base metal and alloying element created a synergy during the alloying process.
44. The alloying experiment produced inconclusive results requiring further refinement of the technique.
45. Bismuth is commonly alloyed with lead to make "green" non-lead solder.
46. The alloying elements reduced during heating and diffused into the molten base metal.
47. He worked to optimize the alloying process in order to maximize the desired properties.
48. Casting the alloys required careful control over the heating and alloying process.
49. The proportions of the alloying elements significantly impacted the final properties of the alloy.
50. The base metal and alloying elements thoroughly mixed at the atomic level during the alloying process.
51. Gold is often alloyed with silver, copper and palladium to increase hardness and durability.
52. The new technique for alloying the metals produced alloys with unprecedented properties.
53. Zinc is often alloyed with tin, aluminum and magnesium to make die casting alloys.
54. Mastery of the proper alloying technique took years of experimentation and practice.
55. The alloying of the metals produced an entirely new material with distinct properties.
56. The alloying elements diffused into the base metal lattice during heating and mixing.
57. The technique for properly alloying the reactive metals was extremely complex.
58. The alloying elements combined with the base metal at the atomic scale during the process.
59. She published several papers on her innovative techniques for alloying rare earth elements.
60. The newly developed technique for alloying the metals could revolutionize the industry.

Common Phases

1. Process of alloying
2. Alloying metals

3. Alloys created by alloying
4. Elements used for alloying
5. Base metal for alloying
6. Technique for alloying
7. Heating during alloying
8. Alloying process
9. Principles of alloying
10. Improving alloying technique
11. Proportions used for alloying
12. Properties after alloying