Author Institution: Bausch and Lomb Inc.Interaction between incident electromagnetic radiation and the regular groove structure of a diffraction grating gives rise to polarization phenomena whenever the groove spacing is less than about 5 times the wave-length. Theory predicts the general behavior but fails to account for some of the details observed experimentally. For many problems in I.R. spectroscopy and T.R. lasers, it is important to be aware of what actually takes place. Special equipment for obtaining data on diffracted energy in both planes of polarization will be described and results typical of commonly used gratings will be compared with theory
A rigorous model for treating diffraction from arbitrary profile surface-relief gratings is develope...
We present our activity on the characterization and simulation of diffractive optical elements (DOEs...
International audienceDiffraction gratings were discovered at the 18 th century and they are now wid...
$^{1}$R. W. Wood, Proc. Phys. Soc. (London) XVIII, 396 (1902); Phil. Mag. (Sept. 1902). $^{2}$Lord R...
The common ruled and holographic diffraction grating groove profiles are introduced and their shape ...
Dielectric transmission gratings with a similar period as the wavelength of the incident light can e...
It is shown why far infrared radiation diffracted in the first order of an echelette grating is pola...
The diffraction characteristics of light from gratings formed in anisotropic volume and surface-reli...
Rayleigh-Fano theory has been extended for the purpose of calculating the polarization anomaly of a ...
Chapter 1 outlines the development of both ruling and holographic techniques for the production of d...
Two types of surface-relief gratings are considered in this thesis. They are the rectangular-groove ...
The primary objective of this dissertation is to present a clear physical picture and useful insight...
A rigorous modal theory for the diffraction of Gaussian beams from N slits in an otherwise perfectly...
The interest in using optical transition radiation (OTR) in high energy (multiGeV) beam diagnostics ...
Diffraction of an obliquely incident TE-polarized Gaussian beams by N equally spaced slits (finite g...
A rigorous model for treating diffraction from arbitrary profile surface-relief gratings is develope...
We present our activity on the characterization and simulation of diffractive optical elements (DOEs...
International audienceDiffraction gratings were discovered at the 18 th century and they are now wid...
$^{1}$R. W. Wood, Proc. Phys. Soc. (London) XVIII, 396 (1902); Phil. Mag. (Sept. 1902). $^{2}$Lord R...
The common ruled and holographic diffraction grating groove profiles are introduced and their shape ...
Dielectric transmission gratings with a similar period as the wavelength of the incident light can e...
It is shown why far infrared radiation diffracted in the first order of an echelette grating is pola...
The diffraction characteristics of light from gratings formed in anisotropic volume and surface-reli...
Rayleigh-Fano theory has been extended for the purpose of calculating the polarization anomaly of a ...
Chapter 1 outlines the development of both ruling and holographic techniques for the production of d...
Two types of surface-relief gratings are considered in this thesis. They are the rectangular-groove ...
The primary objective of this dissertation is to present a clear physical picture and useful insight...
A rigorous modal theory for the diffraction of Gaussian beams from N slits in an otherwise perfectly...
The interest in using optical transition radiation (OTR) in high energy (multiGeV) beam diagnostics ...
Diffraction of an obliquely incident TE-polarized Gaussian beams by N equally spaced slits (finite g...
A rigorous model for treating diffraction from arbitrary profile surface-relief gratings is develope...
We present our activity on the characterization and simulation of diffractive optical elements (DOEs...
International audienceDiffraction gratings were discovered at the 18 th century and they are now wid...