Usar "refraction" en una oración
refraction oraciones de ejemplo
refraction
1. They were masters of graded refraction
2. They were clearly using the refraction of the atmosphere to send the beam much further than it could have gone line of sight, even with the large radius of this planet
3. She blanched, “Senta, bring the secondary antennae array on line,” to no one but herself she muttered, “that should buffer any refraction
4. ‘We call it a graviton refraction modulator
5. “He must have seen that tiny refraction my body gives off to the
6. Experts claimed it was simply due to the refraction of light related to the sun’s position and the scattering of electromagnetic radiation through the atmosphere, bouncing particles in the air—basically it was mankind’s fault for using the Earth as its toilet
7. refraction The stored arrangements can be rearranged by later illumina-
8. sor of electrical engineering, and his team say that the axis of refraction of
9. only did we see refraction, but we saw the beam reflect at the edge of the
10. careful interleaving of materials with very different indices of refraction an
11. components with different indices of refraction make ideal semi-conductors
12. However, Chatham’s do not have the same brilliance or refraction under the intense light, the Buddha’s sunlight
13. When my usual level of attentiveness settled back in, it was like a lens of clarity being removed from an optometrist’s refraction machine
14. wave refraction or bending
15. This causes gravitational refraction or bending in
16. that formed by successive angles of refraction
17. there are 360 degrees in a circle), the refraction of
18. gravity wave goes, the greater its refraction
19. refraction or bending in which part of the gravity
20. implies a very small angle of refraction at the
21. to the sun‘s centre but their refraction would be
22. electromagnetic waves have mass, refraction
23. wave is and whatever its refraction, there is a high
24. His contributions include pioneering work in optics where he demonstrated the color components in light through refraction and invented a reflective telescope based on mirrors to focus light without the refraction abberation common to lens focusing
25. Rainbows occur when reflection and refraction
26. If you stop and look at a rainbow your mind might say, “Oh, look at the pretty colors of reds, oranges, yellows, greens, blues, indigos, and violets and how they interact as a result of light’s refraction through water and the atmosphere
27. Just as Diffraction and Refraction are the same dynamic
28. In this way we are able to see the different colours that make up light as expressed in the Rainbow, when the different light waves are reflected or mirrored back to on the raindrop’s inner surface through the physics of refraction and diffraction
29. Refraction of the light way – this is just its gravitation – attraction of photons
30. To the violet part of spectrum the refraction (gravity) increases, and to the red – decreases
31. The sun's rays hit the surface of the waves at a fairly oblique angle, decomposing by refraction as though passing through a prism; and when this light came in contact with flowers, rocks, buds, seashells, and polyps, the edges of these objects were shaded with all seven hues of the solar spectrum
32. With great promptness, the light reappeared and grew stronger; and the refraction of the sun, already low on the horizon, again ringed the edges of various objects with the entire color spectrum
33. "At noon tomorrow, March 21, if, after accounting for refraction, the sun's disk is cut exactly in half by the northern horizon, that will mean I'm at the South Pole
34. He had thought it as he had watched hunting seabirds, marveling at their ability to adjust their dives to compensate for the refraction of light in water
35. Mary's Church behind our seat, and as the sun dipped there was just sufficient change in the refraction and reflection to make it appear as if the light moved
36. —In the refraction of light by a convex lens the rays passing through different parts of the lens are brought to a focus at slightly different distances—this is called SPHERICAL ABERRATION; at the same time the coloured rays are separated by the prismatic action of the lens and likewise brought to a focus at different distances—this is CHROMATIC ABERRATION
37. As the refraction of the atmosphere in the polar circles, is at least ten times greater than in the tropics, a greater quantity of the magnetic rays will there be separated and combined than elsewhere; and of course arises excess of magnetism
38. Refraction at the horizon amounts to about 35' of arc; if we assume that the Egyptian (?) astronomers took it roundly at 30', and that they intended to observe the stars on the true and not the apparent horizon, we find the azimuths would have been (3645 B
39. —, cause of double refraction in crystals, xxi, 299
40. —, laws of the polarization of light by refraction, xxiii, 225
41. —, cause of double refraction in, xxi, 299
42. refraction of, xxviii, 366
43. Refraction in the higher regions of the atmosphere, suggestions on, xii, 299