This article gives formulas for calculating the diffraction efficiency of gratings with modulation
that varies along the direction perpendicular to the grating vector. The analysis uses coupled …

A thick hologram grating with modulation that decreases along the direction perpendicular to
the grating vector has been analyzed using coupled-wave theory developed by Kogelnik …

A coupled wave analysis is given of the Bragg diffraction of light by thick hologram gratings,
which is analogous to Phariseau's treatment of acoustic gratings and to the “dynamical” …

A new and useful method for obtaining diffraction efficiencies from holograms manufactured
practically is presented. Applying the rigorous coupled-wave analysis, we express each …

A coupled-wave analysis is given for a mixed hologram grating. The effect of spatial
dephasing between the absorption and phase grating which was previously presented in …

An analytical expression is derived for the diffraction efficiency of a holographic fan-out
element containing two superimposed gratings separated by a small angle. In addition to the …

The diffraction efficiencies of practical dielectric holograms are evaluated with rigorous
coupled-wave analysis. The cases of the hologram surfaces eroded in several shapes are …

Based on the theory of coupled waves the amplitude of the first-order diffracted wave and
the diffraction efficiency is calculated for sequentially superposed plane gratings that are …

The well-known results given by the theory of coupled waves for the diffraction of light by
volume holograms are shown to go over into Born's first approximation in the case of low …

Three models for multiplexed transmission gratings are compared. The underlying
assumptions for each model are changed to allow an examination of the effects of …