Microscale example sentences

"Microscale" Example Sentences

1. The microscale experiments yielded valuable data for the research project.
2. The microscale world is filled with tiny organisms and structures.
3. The microscale circuit board was too small to be seen by the naked eye.
4. The microscale measurements required highly specialized equipment.
5. The microscale view revealed a whole new level of detail in the sample.
6. The microscale analysis uncovered previously unknown characteristics of the material.
7. The microscale system was designed to operate at sub-millimeter levels.
8. The microscale components had to be assembled with extreme precision.
9. The microscale technology has revolutionized many fields of science.
10. The microscale interactions between particles are incredibly complex.
11. The microscale resolution of the microscope enabled us to see individual cells.
12. The microscale features of the material had a significant impact on its properties.
13. The microscale forces at play were too weak to be detected by traditional methods.
14. The microscale structures were too intricate to be replicated by hand.
15. The microscale simulation provided insight into the behavior of the system under various conditions.
16. The microscale reactions were difficult to control due to their sensitivity.
17. The microscale sensors were able to detect changes that were imperceptible to larger devices.
18. The microscale imaging techniques allowed us to observe the sample without damaging it.
19. The microscale experiments required the use of protective gear to prevent contamination.
20. The microscale observations revealed patterns that were invisible to the naked eye.
21. The microscale dimensions of the device made it ideal for use in small spaces.
22. The microscale approach offered a more precise way to analyze the sample.
23. The microscale components were manufactured using advanced techniques.
24. The microscale models were able to predict the behavior of the system with great accuracy.
25. The microscale resolution of the instrument allowed us to detect even the smallest particles.
26. The microscale manufacturing process involved multiple steps to ensure accuracy.
27. The microscale system required extensive calibration to ensure accurate results.
28. The microscale analysis required specialized training and expertise.
29. The microscale level of detail provided new insights into the sample.
30. The microscale models were able to simulate the complex interactions between particles.
31. The microscale techniques allowed us to manipulate individual atoms with precision.
32. The microscale sensors were able to detect changes in temperature at the nanometer level.
33. The microscale structures were carefully designed to achieve specific properties.
34. The microscale simulations revealed unexpected behavior in the system.
35. The microscale devices were too small to see with the naked eye.
36. The microscale imaging techniques allowed us to see inside the sample without destroying it.
37. The microscale manufacturing process was slow and tedious, but the results were impressive.
38. The microscale resolution of the instrument made it possible to observe individual molecules.
39. The microscale methods were used to study the behavior of proteins and other biological molecules.
40. The microscale experiments required a controlled environment to prevent interference from outside sources.

Common Phases

1. Microscale reactions;
2. Microscale experiments;
3. Microscale analysis;
4. Microscale synthesis;
5. Microscale fabrication;
6. Microscale structures;
7. Microscale devices;
8. Microscale imaging;
9. Microscale manipulation;
10. Microscale sensors;
11. Microscale simulations;
12. Microscale modeling;
13. Microscale fluidics;
14. Microscale chemistry;
15. Microscale biology.