Coaxial-and counter-optical setups for laser ultrasonics using a photorefractive liquid crystal
were fabricated. In laser ultrasonics, an object is irradiated with a laser pulse to create an …

Coaxial-and counter-optical setups for laser ultrasonics using a photorefractive liquid crystal
were fabricated. In laser ultrasonics, an object is irradiated with a laser pulse to create an …

Laser ultrasonics using a photorefractive liquid crystal is investigated with coaxial-and
counter-optical setups. The proposed laser ultrasonic method involves irradiating an object …

Coaxial-and counter-optical setups for laser ultrasonics using a photorefractive liquid crystal
were fabricated. The laser ultrasonics involves irradiating an object with a laser pulse to …

The photorefractive effect is a phenomenon in which the refractive index changes at the
interference fringe, forming a diffraction grating (hologram). Photorefractive materials are …

The photorefractive effect of smectic liquid crystal mixtures was investigated and the
application to laser ultrasonic measurements was demonstrated. Smectic liquid crystal …

The photorefractive effect of flexoelectric smectic liquid crystal mixtures was investigated and
applied to a laser ultrasonic measurement. Smectic liquid crystal mixtures, composed of …

A photorefractive effect of mixtures of flexoelectric liquid-crystal (flex LC) was investigated
and applied to laser ultrasonics. Mixtures of flex LC, composed of smectic-C liquid crystals …

In this paper, we review recent progress of research on the photorefractive effect of
ferroelectric liquid crystals. The photorefractive effect is a phenomenon that forms a dynamic …

Hybrid materials, fabricated by combining liquid crystals with ferroelectric, inorganic
nanoparticles, show improved photorefractive response. Three-fold increase in dielectric …