Optical example sentences

"Optical" Example Sentences

1. He used an optical microscope to view the samples.
2. The hospital has state-of-the-art optical imaging equipment.
3. They manufacture optical fiber cables for telecommunications.
4. The spacecraft has several optical cameras for imaging the planet's surface.
5. Optical imaging allows noninvasive visualization of tissues and organs.
6. The optical illusion tricks the eyes and brain.
7. Optical illusions reveal interesting aspects of visual perception.
8. The optical fibers transmit data as pulses of light.
9. The device uses optical character recognition technology.
10. Optical coherence tomography creates 3D images of tissue microstructure.
11. The display uses liquid crystal optical shutters.
12. The telescope uses optical lenses to magnify distant objects.
13. Optical lenses have coatings to enhance image clarity.
14. Optical filters allow specific wavelengths of light to pass through.
15. Optical prisms separate light into its component colors.
16. Optical imaging modalities include fluorescence, luminescence and bioluminescence.
17. The optical eyepiece allows the user to view the display.
18. Optical zoom provides a higher magnification than digital zoom.
19. Optical detectors sense the presence or intensity of light.
20. Optical positioning systems track objects using light beams.
21. He received an eye examination from the optometrist and purchased new optical glasses.
22. She works as an optician fitting and dispensing optical lenses.
23. The camera utilizes an optical image stabilization system.
24. Optical mouse devices use light sensors instead of a rolling ball.
25. Optical fiber can transmit high bandwidth signals over long distances.
26. The optical studio provides eye exams and glasses prescriptions.
27. The book describes basic principles of geometrical optics.
28. Optical coatings enhance the performance of lenses and other optical elements.
29. The robot uses optical sensors to "see" its environment.
30. The optical quality of the lenses meets high performance standards.
31. Optical inspection systems detect defects in manufactured parts.
32. Optical spectroscopy allows analysis of compound structures.
33. Light travels as electromagnetic waves through optical waveguides.
34. Researchers study the optical properties of novel materials.
35. Optical components include lenses, windows, prisms and mirrors.
36. Optical materials must transmit light with minimal absorption or scattering.
37. Optical properties are determined by the material's atomic structure.
38. Optical properties include transmission, absorption, refraction and dispersion.
39. Optical vibrations can be modeled as electromagnetic waves.
40. Optical noise can distort signals transmitted through optical fibers.
41. The optical signal slowly fades over the fiber-optic cable length.
42. Optical rangefinders use light pulses to measure the distance to targets.
43. The optical modulator transforms electrical signals into optical signals.
44. Optical fibers enable high-speed data transmission.
45. The optical surface must maintain high precision flatness and smoothness.
46. Optical readout converts light patterns into electrical signals.
47. Optical bench equipment provides testing and measurement capabilities.
48. The optical equipment requires periodic calibration and maintenance.
49. The optical laser system delivers high power, short pulse durations.
50. Rubber optical boots protect optical fibers from bending and abrasion.
51. Optical interconnects provide high-bandwidth, low-latency connections.
52. The optical mask patterned the photoresist material for lithography.
53. Optical stressing evaluates performance under extreme conditions.
54 Interference filters are used in optical signal processing applications.
55. Optical properties depend on material characteristics like index of refraction.
56. The optical industry employs sophisticated manufacturing and testing procedures.
57. Optical polarization is an important phenomenon in many systems.
58. Optical designs must account for effects like diffraction and aberrations.
59. Computational programs model light propagation through optical systems.
60. Optical engineers improve performance of optical devices and components.

Common Phases

1. optical illusion
2. optical fiber
3. optical imaging
4. optical lens
5. optical microscope
6. optical spectra
7. optical zoom
8. optical properties
9. optical sensor
10. optical detector
11. optical bench
12. optical coating
13. optical clarity
14. optical quality
15. optical calibration
16. optical equipment
17. optical filters
18. optical cinema
19. optical materials
20. optical tech