Navrhovaný projekt je zaměřen na konstrukční návrh, realizaci a následnou optimalizaci optického tomografu k účelům trojrozměrné bezkontaktní diagnostiky fyzikálních vlastností nehybně uložených kvazistacionárních nesymetrických fázových objektův reálném čase.

Description in English
The suggested project is focused on design, realisation, and subsequent optimisation of the optical tomograph for three-dimensional non-contact diagnostic of physical properties of stationery placed quasi-stationary non-symmetric phase objects in real time. The resulting resolution of the reconstructed image depends not only on the choice of computer tomography algorithm, but first of all on the device ability to digitise sufficient number of complete and equally spaced projections in given angular range with low noise level. The use of the optical tomograph in multidirectional setup with diffusive illumination enables to digitise very high number of projections without the need of rotating the object. Initially, the research will be focused on geometric analysis and optimisation of the design of holographic interferometr, in order to significantly increase the signal to noise ratio in interferograms.

Keywords
vícesměrová holografická interferometrie, optická tomografie, fázové objekty

Key words in English
multidirectional holographic interferometry; optical tomography; phase objects