peer reviewedWe present the achievement of the European PHIFE project (pulsed holographic interferometer for the analysis of fast events) and which consisted in the development of holographic head principles connected to a YAG Q-switch double pulsed laser. An industrial prototype has been built with the aim of Hill-field out-of-plane displacement measurement at a high repetition rate. In parallel, a new double pulse laser with 25 Hz repetition rate, high energy (800 mJ/pulse in single pulse operation), variable delay between pulses (from 1 to 200 mu s) and based on a single cavity is studiedPHIFE : Pulsed Holographic Interferometry for the analysis of Fast Event
We report on a holographic method for recording fast events whose speed is limited by the laser puls...
This work presents the recent advances in photorefractive polymers for use in updatable holographic ...
Different arrangements for double-pulsed holographic and speckle interferometry for vibration analys...
Photorefractive crystals offer many advantages over other classical holographic recording media. The...
Various set-ups for double-pulse TV-Holography were investigated. A double-pulse laser (Ruby laser) ...
An all-electronic system for pulsed holographic interferometry called pulsed TV holography is develo...
peer reviewedHolographic interferometers are generally designed in the common geometry where both in...
We will present the basic properties of photorefractive crystals and show how they can be used effic...
Photorefractive crystals offer many advantages over other classical holographic recording media. The...
Photorefractive crystals allow in-situ dynamic holographic recording and indefinite reusability. Als...
A highly sensitive method is presented for noninvasive defect analysis on thin structures with a Q-s...
We present a real-time holographic interferometer using sillenite crystals for measurement of deform...
A modified technique of dynamic holographic interferometry is described which allows high-frequency ...
Dynamic holographic interferometry using polarization preserving opticai fibres as light guides and ...
peer reviewedIn this paper we present results of the multiple beams recording in photorefractive cry...
We report on a holographic method for recording fast events whose speed is limited by the laser puls...
This work presents the recent advances in photorefractive polymers for use in updatable holographic ...
Different arrangements for double-pulsed holographic and speckle interferometry for vibration analys...
Photorefractive crystals offer many advantages over other classical holographic recording media. The...
Various set-ups for double-pulse TV-Holography were investigated. A double-pulse laser (Ruby laser) ...
An all-electronic system for pulsed holographic interferometry called pulsed TV holography is develo...
peer reviewedHolographic interferometers are generally designed in the common geometry where both in...
We will present the basic properties of photorefractive crystals and show how they can be used effic...
Photorefractive crystals offer many advantages over other classical holographic recording media. The...
Photorefractive crystals allow in-situ dynamic holographic recording and indefinite reusability. Als...
A highly sensitive method is presented for noninvasive defect analysis on thin structures with a Q-s...
We present a real-time holographic interferometer using sillenite crystals for measurement of deform...
A modified technique of dynamic holographic interferometry is described which allows high-frequency ...
Dynamic holographic interferometry using polarization preserving opticai fibres as light guides and ...
peer reviewedIn this paper we present results of the multiple beams recording in photorefractive cry...
We report on a holographic method for recording fast events whose speed is limited by the laser puls...
This work presents the recent advances in photorefractive polymers for use in updatable holographic ...
Different arrangements for double-pulsed holographic and speckle interferometry for vibration analys...