… the basic properties of photorefractive crystals and show how they can be used efficiently in
holographic interferometry experiments. We then will present some holographic systems and …

… (7) and measurements of the alternating component of the intensity of light transmitted through
the photorefractive crystal (I~) we can calculate the amplitude of high-frequency vibration. …

… The body of work involving holographic interferometry using photorefractive crystals as the
… In particular, very few papers have addressed double-exposure holographic interferometry, …

… holographic interferometer, which is based on the interaction of counterpropagating light waves
on reflective holograms in cubic photorefractive sillenite crystals … that an interferometer of …

… holographic interferometer using sillenite crystals connected with phaseshifting for quantitative
measurement of diffuse objects deformations. In our basic set-up, the crystal… (crystal size 1 …

… a holographic interferometer based on two-wave mixing in a Bi 12 SiO 20 (BSO) crystal. …
for the system such that the resulting holographic interferograms have a sufficiently good SNR …

… replaced by a dynamic hologram continuously recorded in a photorefractive crystal (PRC). …
the crystal, it was termed two-wave mixing. Since the photorefractive dynamic hologram not …

… of holographic interferometers. In this paper we discuss the performance parameters and
features of holographic interferometers that employ electro -optic photorefractive crystals (PRCs…

… We present a real-time holographic interferometer for which … signal wave in a photorefractive
crystal. These waves are … in the manner of a holographic real-time interferometer. A fast …

… holographic interferometer using sillenite crystals … crystal followed by a CCD camera with
a short focal length objective, and a second system with imaging objective in front of the crystal, …