Abstract
A prototype of an imaging Fourier spectrometer, with corner-cube
reflectors in the Michelson interferometer, is developed for visible
and near-infrared domains. The use of corner-cube reflectors enables
stability of operation, while imaging capability makes wide field of
view and, consequently, increases input optical signal. In the imaging
mode of operation, the optical signal is recorded by a high-speed
camera, enabling spectral measurements in each pixel of the image.
© 2020 Optical Society of
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