Submicron example sentences

"Submicron" Example Sentences

1. Submicron particles are often found in air pollution.
2. The submicron features of the integrated circuit were meticulously inspected.
3. We used a submicron-resolution microscope for the analysis.
4. Manufacturing submicron components requires advanced technology.
5. His research focused on the behavior of submicron sized dust.
6. The new process allows for the creation of incredibly precise submicron structures.
7. Submicron accuracy is crucial in semiconductor fabrication.
8. The image revealed intricate submicron details previously unseen.
9. Controlling the size of submicron particles is a key challenge.
10. They developed a novel method for patterning submicron features.
11. Several submicron defects were detected on the wafer.
12. The submicron scale is critical for nanotechnology advancements.
13. Analyzing submicron structures requires specialized equipment.
14. Recent breakthroughs have enabled the manipulation of submicron objects.
15. The experiment involved the use of submicron sized glass beads.
16. Understanding submicron physics is essential for material science.
17. Submicron fibers are utilized in various applications.
18. The device demonstrated exceptional submicron precision.
19. Submicron imaging techniques continue to improve.
20. Filtering submicron contaminants is vital in cleanrooms.
21. The submicron particles were effectively removed by the filter.
22. The study revealed the effects of submicron particles on human health.
23. Advances in lithography have pushed the limits of submicron fabrication.
24. They observed unusual behavior in submicron wire networks.
25. The development of submicron technologies is accelerating rapidly.
26. Submicron-sized sensors are becoming increasingly common.
27. This material exhibits unique properties at the submicron level.
28. The submicron resolution of the scan was impressive.
29. High-resolution microscopes are needed to study submicron structures.
30. The team successfully integrated submicron components onto a chip.
31. It’s crucial to monitor submicron sized pollutants in the environment.
32. Submicron sized droplets were produced by the nebulizer.
33. The submicron world is full of fascinating phenomena.
34. Precise control of submicron features is essential for modern electronics.
35. Research into submicron materials is ongoing.
36. The submicron features were clearly visible in the electron micrograph.
37. We anticipate further advancements in submicron technology.
38. The implications of submicron technology are far-reaching.
39. Many industrial processes rely on submicron particles.
40. The creation of submicron devices requires immense precision.
41. The challenge is scaling down to submicron dimensions.
42. The experiment demonstrated the possibility of manipulating submicron objects with lasers.
43. Submicron patterning techniques are constantly being refined.
44. The submicron particles aggregated to form larger clusters.
45. This is a truly submicron phenomenon.
46. The submicron structure was surprisingly stable.
47. The future of technology may lie in the realm of the submicron.
48. Our focus was on the properties of submicron silicon wires.
49. The process yielded highly uniform submicron structures.
50. Submicron level manipulation holds immense potential.