INVESTIGATION OF MATERIALS INTERNAL MICROSTRUCTURE BY OPTICAL COHERENCE MICROSCOPY WITH A TUNABLE WAVELENGTH

I. P. Gurov, E. V. Zhukova, N. B. Margaryants


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Abstract

 

The studying possibilities of materials internal microstructure by optical coherence tomography with tunable wavelength (1305 ± 75 nm) on an example of  biological and artificial origin tissues are discussed. The images of tomograms (B-scans) and 3D-image of research areas are given.


Keywords: optical coherencemicroscopy, tomogram, microstructure of materials,diagnostics, 3D – image.

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