Multidirectional holographic interferometer with dodecagon geometry

Multidirectional holographic interferometer with dodecagon geometry

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A proposed design of multidirectional holographic interferometer (MHI) with diffusive illumination in 3D dodecanon geometry for optical tomography is presented. The beam from Nd-YAG laser is divided and transformed to six object beams that incident to diffusors and illuminate the cross section area. The optical axes of reference beams lie in six vertical planes that are turned 30 degrees to each other, which is the specific of our design. Next is discussed the constructional design of mechanical realization of filtering and collimating optics as well as the ways of traction of the rotationally embedded scanning system of CCD cameras. Finally, optical and mechanical properties of interferometer are digestedly summarized.

A proposed design of multidirectional holographic interferometer (MHI) with diffusive illumination in 3D dodecanon geometry for optical tomography is presented. The beam from Nd-YAG laser is divided and transformed to six object beams that incident to diffusors and illuminate the cross section area. The optical axes of reference beams lie in six vertical planes that are turned 30 degrees to each other, which is the specific of our design. Next is discussed the constructional design of mechanical realization of filtering and collimating optics as well as the ways of traction of the rotationally embedded scanning system of CCD cameras. Finally, optical and mechanical properties of interferometer are digestedly summarized.

Multidirectional holographic interferometer, optical tomograph

Multidirectional holographic interferometer, optical tomograph

ANTOŠ, M.

10.05.2007

Belingham

Proceedings of SPIE

66161J-1

66161J-6

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