Two-wave mixing interferometry based on photorefractive crystals stands out among many
techniques for monitoring dynamic strain because it can provide multiple dynamic sensing …

A dual demodulation interferometer with two-wave mixing (TWM) in the GaAs photorefractive
crystal (PRC) is proposed and experimentally demonstrated. The GaAs PRC has tiny …

Adaptive interferometry with photorefractive (PR) crystals [1] is well known as robust and
effective measuring technique for detection of quite small physical quantities (eg ultra-weak …

In this paper, two-wave mixing in photorefractive semiconductors at large modulation depth
is theoretically analyzed and discussed. An analytic expression of space-charge field …

A photonic integrated adaptive two-wave mixing (TWM) interferometer is designed for
demodulation of FBG acoustic emission sensor signals, whose various optical elements are …

We propose a new optical network device photorefractive connection module (PRCM) which
operates as optical switch, amplifier and signal distributor controlled by parallel optical …

Two-wave mixing adaptive interferometers based on photorefractive crystals allow for
precise remote detection of small displacements. Using dynamic holograms, they …

The technology of non-contact and non-destructive detection of acoustic and ultrasound
waveforms play an importance role in industrial application which make it possible to …

Phase conjugate reflectivity of the photorefractive four-wave mixing system is usually quite
unstable and it is serious issue for practical use of these systems. The cause of this …

The wavelength division multiplexing (WDM) technology effectively increases the bandwidth
capacity of a communication line without installing additional fibers and increasing data bit …