Abstract
This paper proposes a new application of the complementary Golay series in
multislit optical dispersion spectroscopy that differs from traditional dispersion
optical spectroscopy in that it uses complex multislit apertures instead of ordinary
slits in order to increase the speed. More precisely, based on the given series, new
pairs of numerical series have been developed that have a single maximum of the
correlation function and that can be used in multislit spectrometers to construct
multislit apertures and to search for spectra. The series presented here differ from
known analogs by greater simplicity for such a high speed. The possibility of
implementing the proposed series is demonstrated using several spectrometer layouts as
examples.
© 2008 Optical Society of America
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