… the past 4 years, photorefractive polymers have reached … polymers with extremely high
photorefractive efficiencies can be illustrated by considering the promising properties of polymers …

… Finally, we consider the technical choices taken to obtain an updateable 3D display using
photorefractive polymer. By leveraging the unique properties of this holographic recording …

… molecular orbital) region of the photoconductive polymers. NLO dyes contribute to enhance
… range pulse duration has been investigated for photorefractive polymers 12 . In a series of …

… This polymer can be utlilised in PR devices as a host … of nonlinear optics, utilization of the
photorefractive (PR) effect for … On the other hand, polymer-based organic PR composites are …

… to demonstrate and evaluate the photorefractive (PR) performance … of a triphenylamine-based
photoconductive polymer: poly(4-(… In this study, we investigated PR polymer devices …

… , the photorefractive optical diffraction response time of triphenyl amine-based polymers is of
the … In the next section, we discuss the effects of the TmPyPB content on the photorefractive …

… dark region of the photorefractive gratings. In photorefractive polymers, the density of the
traps is directly related to the photoconductive properties of the photorefractive polymers. The …

… The PVK-based composites is one of well-known classes of polymeric photorefractive
composites [10]. In the PVK-based photorefractive composite, an external direct current electric …

… Here we summarize the main features that characterize the photorefractive effect in oxygen-…
photorefractive effect in a polymeric material has been reported.83The electrooptic polymer …

… then incident onto a photorefractive polymer [polyvinylcarbazole (… external voltage across
the polymer. A reference beam is … Based on the orientationally enhanced photorefractive effect, …