例句與造句

1. This is the ratio between the maximum and the minimum intensities measured after a rotating linear polarizer.
2. A homogeneous circular polarizer can be created by sandwiching a linear polarizer between two quarter-wave plates.
3. A simple linear polarizer can be made by tilting a stack of glass plates at Brewster's angle to the beam.
4. This element consists of a second synchronously rotating quarter-wave retarder and a linear polarizer in front of the photo-detector.
5. To create right-handed, clockwise circularly polarized light one simply rotates the axis of the quarter-wave plate 90?relative to the linear polarizer.
6. It's difficult to find linear polarizer in a sentence. 用linear polarizer造句挺難的
7. This reverses the fast and slow axes of the wave plate relative to the transmission axis of the linear polarizer reversing which component leads and which component lags.
8. Finally, a linear polarizer is introduced in the path of the first photon of the entangled pair, giving this photon a diagonal polarization ( see Figure 2 ).
9. If such orthogonally polarized light were rotated on the horizontal plane and directed back through the linear polarizer section of the circular polarizer it would clearly pass through given its orientation.
10. To create a circular polarizer that instead passes right-handed polarized light and absorbs left-handed light, one again rotates the wave plate and linear polarizer 90?relative to each another.
11. The simplest linear polarizer in concept is the " wire-grid polarizer ", which consists of a regular array of fine parallel metallic wires, placed in a plane perpendicular to the incident beam.
12. It is easy to appreciate that by reversing the positions of the transmitting and absorbing axes of the linear polarizer relative to the quarter-wave plate, one changes which handedness of polarized light gets transmitted and which gets absorbed.
13. Such light is going to travel through the quarter-wave plate a second time before reaching the linear polarizer and in the process, its horizontal component is going to be retarded a second time by one quarter of a wavelength.
14. Whether that horizontal component is retarded by one quarter of a wavelength in two distinct steps or retarded a full half wavelength all at once, the orientation of the resulting linearly polarized light will be such that it passes through the linear polarizer.
15. Had it been right-handed, clockwise circularly polarized light approaching the circular polarizer from the left, its horizontal component would have also been retarded, however the resulting linearly polarized light would have been polarized along the absorbing axis of the linear polarizer and it would not have passed.