1998Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIERequires access

New ultraviolet interferometer for space optics testing

Yevgen G. Popov

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Abstract

Small and simple ultra-violet interferometer is designed. The interferometer consists of very small ball and concave mirrors. The interferometer can be tested in a vacuum chamber or in space for ultra-violet region for better precision. Interferometer can be used in a very large spectral region as it consists of mirror surfaces only. It is possible to use the interferometer to test optics of a space interferometer or a space telescope. These interferometers are very cheap and easily can be manufactured in quantity. Interferometers are very small that is why they are especially recommended for testing optics in space.

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What this paper is about

Small and simple ultra-violet interferometer is designed. The interferometer consists of very small ball and concave mirrors. The interferometer can be tested in a vacuum chamber or in space for ultra-violet region for better precision. Interferometer can be used in a very large spectral region as it consists of mirror surfaces only. It is possible to use the interferometer to test optics of a space interferometer or a space telescope. These interferometers are very cheap and easily can be manufactured in quantity. Interferometers are very small that is why they are especially recommended for testing optics in space.

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Available abstract

Small and simple ultra-violet interferometer is designed. The interferometer consists of very small ball and concave mirrors. The interferometer can be tested in a vacuum chamber or in space for ultra-violet region for better precision. Interferometer can be used in a very large spectral region as it consists of mirror surfaces only. It is possible to use the interferometer to test optics of a space interferometer or a space telescope. These interferometers are very cheap and easily can be manufactured in quantity. Interferometers are very small that is why they are especially recommended for testing optics in space.

Key concepts: Interferometry, Astronomical interferometer, Optics, Physics, Interferometric visibility, Atom interferometer, Intensity interferometer

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