The internal ultrasonic field of an acousto-optic crystal determines the effects of acousto-
optic modulator (AOM) devices. Conventionally, schlieren method is used for the …

The attenuation of slow shear acoustic waves in the (110) plane of tellurium dioxide (TeO2)
crystals was investigated. The strong acoustic anisotropy of TeO2 crystals results in a non …

In the present paper we analyze the electric and acoustic losses in acousto-optic devices,
especially in their ultrasonic transducers and the related thermal effects. We include electric …

Thermal effects greatly influence the optical properties of the acousto-optic deflectors
(AODs). Thermal analysis plays an important role in modern AOD design. However, the lack …

Temporal and spatial distribution of temperature field was studied in operating acousto-optic
devices on base of large-size paratellurite crystals. The study was carried out in real time by …

Acousto-optic deflector (AOD) is an attractive scanner for two-photon microscopy because it
can provide fast and versatile laser scanning and does not involve any mechanical …

There is a high demand for a computational model that calculates effectively the phase and
amplitude distribution of the beams emerging from an acousto-optic cell. We present a …

The study of the thermal characteristics of bulk nonferroelectric materials with low heat
conductivity coefficient by the pyroelectrical rectangular thermal wave is shown to need the …

С помощью цифровой тепловизионной камеры исследованы температурные поля в
крупногабаритных светозвукопроводах при включении и работе акустооптических …

Показано, что при исследовании пироэлектрическим методом прямоугольной тепловой
волны тепловых характеристик объемных несегнетоэлектрических материалов с …