Conventional polarizers can be classified into three main modes of operation: sheet
polarizer using anisotropic absorption media, prism polarizer by refraction and Brewster-angle …

Made comparisons of opinion and judgment ratings of experimental Ss in individual and
collective situations. 140 male secondary school students comprised the sample. Group …

… This communication explains the principle of operation of the polarizer, … a typical polarizer.
For example, an axial ratio of better than 1.5 dB has been obtained over X band. The polarizer …

… dye polarizers are made by absorbing dyes in stretched polyvinyl alcohol. These dye
polarizers, which we call L polarizers, … A very important new polarizer is the K polarizer, whose …

Conventional polarizers operate by rejecting undesired polarization, which limits their
transmission efficiency to much less than 50% when illuminated by unpolarized light. We designed…

The principles behind the design and operation of polarization‐based optics for nuclear
resonant scattering of synchrotron radiation are discussed. With perfect single crystals and …

… arrangements, unlike many pile-of-plate or prism polarizers. These wire-grid polarizers
have proved useful in measuring the imperfections of other types of infrared polarizers. …

… Polarizers operating at terahertz frequencies can be used to characterize the electric …
polarizer is of sufficiently high performance. In this paper we review the key properties of polarizers …

A stepped-septum polarizer has been designed that is capable of at least 26 dB of isolation
over a 20 percent frequency band. The three-port device may be used to excite high purity …

… where ;(U) is the polarization of light incident on the polarizer and p is a unit vector specifying
the high-transmission state or pass axis of the polarizer. Assuming that the fiber span is …