1997Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIERequires access

Simulated interferometric patterns of a rotationally shearing interferometer

Гонзало Паез, Marija Strojnik

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Abstract

The simulated interferometric patterns of the primary aberrations obtained with two rotationally sheared wavefronts are presented. The shearing angle is seen to control the number of fringes in the interferometric pattern. For small shearing angles, the phase difference in the argument of the cosine function reduces to the derivative of the wavefront multiplied by the shearing angle.

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What this paper is about

The simulated interferometric patterns of the primary aberrations obtained with two rotationally sheared wavefronts are presented. The shearing angle is seen to control the number of fringes in the interferometric pattern. For small shearing angles, the phase difference in the argument of the cosine function reduces to the derivative of the wavefront multiplied by the shearing angle.

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Available abstract

The simulated interferometric patterns of the primary aberrations obtained with two rotationally sheared wavefronts are presented. The shearing angle is seen to control the number of fringes in the interferometric pattern. For small shearing angles, the phase difference in the argument of the cosine function reduces to the derivative of the wavefront multiplied by the shearing angle.

Key concepts: Shearing (physics), Interferometry, Shearing interferometer, Optics, Wavefront, Physics, Trigonometric functions, Mathematics

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