… into the polymer (guest-host polymer composite) to produce these properties. Most of the
photorefractive polymers reported to date are based on guest-host polymer composite, which …

… pattern is beamed onto the photorefractive polymer, mobile charge … In a photorefractive
polymer, the mobility of one charge is … , uniform illumination of the polymer is conducted, and after …

… Induced grating-based edge enhancement has been shown in the past using PR polymers in
… In that work, a bias voltage was required due to the host material being a PR polymer [9]. In …

… photorefractive materials have been applied [8-13]. Inorganic photorefractive crystals and 10
organic polymers … that laser ultrasonics using a photorefractive flexoelectric (PR-flex) liquid …

… The formation of volume gratings in PTR glasses is more akin to Bragg grating formation
in optical fibers than it is to grating formation in PR crystals and polymers; as such, it is not a …

… , photorefractive materials have been exploited. Inorganic photorefractive crystals and organic
polymers … We have recently demonstrated that laser ultrasonics using a photorefractive …

… Organic photorefractive materials, … polymerization were demonstrated. It was shown that
nsat of the order of 0.01 was possible in the blue and the green with reduced polymerization …

… waveguides is by using the photorefractive effect in transparent materials, when exposed
to an unfocused laser beam with enough intensity to initiate photorefractive effect, the self-…

… into the polymer (guest-host polymer composite) to produce these properties. Most of the
photo refractive polymers reported to date are based on guest-host polymer composite, which …

… For the two identical series biased Franz–Keldysh geometries considered in this paper,
two sets of equations describe the fundamental phenomenon of photorefraction like …