The first holographic measurements are reported of the force between macroscopic objects
mediated by zero-point electromagnetic fluctuations (Casimir force). A holographic …

Актуальность работы: Неразрушающее исследование и мониторинг материалов и
компонентов устройств нано-, микро-и оптоэлектроники, а также структурных …

Рассмотрено применение методов голографической интерферометрии, основанных
на взаимодействии стационарного опорного светового пучка с фазово …

Ultrasound has strong penetrability in opaque media, which makes it one of the most
important detection tools for structural safety monitoring. Compared with the traditional …

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

A photorefractive system based on the combined operation of a strontium barium niobate
input amplifier and a self-pumped barium titanate phase-conjugator crystal is presented and …

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. In laser ultrasonics, an object is irradiated with a laser pulse to create an …

在钢板的生产和使用过程中, 钢板厚度的测量极其重要. 传统的激光三角法不适合测量粗糙表面
物体和多散射介质的厚度. 基于硅酸铋光折变晶体搭建了一套自适应的双波混合干涉仪系统 …

This thesis presents original results on the experimental and theoretical investigation of the
possibility of application of linear and nonlinear coherent optical effects in acetylene (𝐶2𝐻2) …