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PGSHI
Course: Holography and Holograph. Interferometry
Department/Abbreviation: SLO/PGSHI
Year: 2021
Guarantee: 'prof. RNDr. Miroslav Hrabovský, DrSc.'
Annotation: The aim is to give students information about theory of holography and holographic interferometry.
Course review:
- Basics of wave theory and theory of coherence
- Principle of optical holography, types of holograms and their characteristics, classification of methods of recording and reconstruction of holograms
- Principle of holographic interferometry, hologram recording and reconstruction
- Recording materials, their types and properties
- Methods of qualitative and quantitative evaluation of holographic interferograms, phase and absorption objects
- Spatial filtration
- Localization of interference fringes
- Holographic memories
- Applications: measurement of components of deformation tensor and related quantities, nondestructive holographic materiology
- Applications in aeromechanics and hydromechanics, visualization of the flow and holographic interferometry, analysis of the mechanical stress in mechanics, application in biomechanics
- Optical correlation and correlators