Wavefront example sentences

"Wavefront" Example Sentences

1. The wavefront of the tsunami crashed against the shore with devastating force.
2. Scientists carefully mapped the wavefront of the expanding supernova.
3. A complex algorithm was used to model the wavefront's propagation through the medium.
4. He observed the subtle distortions in the wavefront through the telescope.
5. The wavefront sensor is crucial for adaptive optics systems.
6. Diffraction effects are minimized by shaping the wavefront.
7. The wavefront sensor provides feedback for real-time correction.
8. Aberrations in the wavefront can degrade image quality.
9. Understanding the wavefront is essential for advanced imaging techniques.
10. The curvature of the wavefront determined the focal point.
11. Precise control of the wavefront is vital for laser surgery.
12. They measured the speed of the wavefront as it traveled through the air.
13. The wavefront reconstruction algorithm was remarkably accurate.
14. A flat wavefront is ideal for many optical applications.
15. The intensity of the light varied across the wavefront.
16. The wavefront propagated outwards from the source.
17. Atmospheric turbulence distorted the wavefront, blurring the image.
18. He meticulously analyzed the shape of the wavefront.
19. The wavefront coding technique improved imaging resolution.
20. This new material significantly reduced wavefront distortion.
21. The experiment successfully demonstrated wavefront shaping capabilities.
22. The software simulated the wavefront's behavior under various conditions.
23. The wavefront sensor's resolution needed improvement.
24. They studied the interaction between two colliding wavefronts.
25. The wavefront aberration was corrected using a deformable mirror.
26. The wavefront sensor was calibrated before the experiment.
27. Distortion in the wavefront was a major source of error.
28. Advanced wavefront sensing techniques are crucial for astronomy.
29. The leading edge of the wavefront was clearly defined.
30. The wavefront’s characteristics were analyzed using interferometry.
31. The wavefront control system maintained a stable beam profile.
32. A slight tilt in the wavefront caused astigmatism.
33. The research focused on the manipulation of the wavefront using spatial light modulators.
34. They developed a novel method for measuring the wavefront curvature.
35. Precise wavefront correction improved the signal-to-noise ratio.
36. The wavefront sensor provided real-time feedback for the adaptive optics system.
37. The paper details a new algorithm for wavefront reconstruction from scattered light.
38. The experiment aimed to create a perfectly flat wavefront.
39. The wavefront propagated through the optical system with minimal distortion.
40. The curvature of the wavefront was directly related to the focal length.
41. By shaping the wavefront, they achieved higher resolution images.
42. The wavefront sensor was a key component of the laser system.
43. He used sophisticated software to analyze the wavefront data.
44. The wavefront sensor's accuracy was critical for the experiment's success.
45. The team successfully controlled the wavefront using a liquid crystal spatial light modulator.
46. The paper presented a new model for predicting wavefront propagation in complex media.
47. Imperfections in the optical components led to wavefront aberrations.
48. The study investigated the impact of atmospheric turbulence on wavefront distortion.
49. The wavefront sensor continuously monitored the laser beam quality.
50. Their goal was to achieve perfect wavefront control for high-precision applications.