We review some full-field interferometric techniques which have been successfully applied
in different applications related to the aerospace industry. The first part of the paper …

In this paper, we focus on the features of a self-stabilized holographic recording system with
a photorefractive crystal as a vibration optical sensor. With it and the time-average …

Holographic interferometry is one of the most useful applications of holography. It allows
measurement of the phase of an object or a scene, which evolves over time. In particular, it …

In digital holographic and speckle interferometry devoted to solid object displacement
measurement, the reflecting properties of the object under study are of importance in …

A photoelectric response of a Bi_12SiO_20 crystal grown in an argon atmosphere on a
linearly polarized light (which is referred to as the linear photogalvanic effect) is reported for …

Laser Doppler scanning vibrometry is used for imaging spectral vibration components in a
carbon fiber-reinforced composite plate that contains a sub-surface delamination defect …

Thermography and different variants of holography (holographic interferometry, speckle
interferometry, shearography) are full-field non-contact techniques which are used in …

We report on the presence of photovoltaic effect in some Sillenite photorefractive crystals
and compare their behavior with that of the well known photovoltaic LiNbO 3: Fe crystal …

Experimental testing of space optics is a mandatory process for investigating the optical
performances in conditions close to reality. With the optical requirement level increasing …

This paper is one of a series submitted by the Multi-Encode Project consortium and covers
the development of holographic interferometry with dynamic photorefractive crystals. The …