Developing and investigating a computerized interferometer based on the Ronchi setup and interferogram-broadening software

Tuan, Le Duy; Kirillovskiĭ, V. K.

doi:10.1364/jot.76.000019

J. Opt. Technol.

2009

DOI: 10.1364/jot.76.000019

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Developing and investigating a computerized interferometer based on the Ronchi setup and interferogram-broadening software

Le Duy Tuan

V. K. Kirillovskiĭ

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2016

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Nonparaxial geometrical Ronchi test for spherical mirrors: an inverse ray-tracing approach

Juarez-Salazar

2016

Appl. Opt.

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A geometrical model based on an inverse ray-tracing approach to describe the Ronchi test for a concave spherical mirror is presented. In contrast to the conventional ray-tracing method, which refers to information unavailable in ronchigrams, the proposed model provides an explicit relation between the available information in the ronchigram and the parameters of the setup (radius of the sphere, position of the source, position and orientation of the observation, and grating planes). This allows for extracting the parameters of interest by a simple fitting procedure, as demonstrated by an application. The derived model exhibits new unexplored potential applications of the Ronchi test, establishing it as a very useful, simple, and universal tool for optical evaluation.

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Nonparaxial geometrical Ronchi test for spherical mirrors: an inverse ray-tracing approach

Juarez-Salazar

2016

Appl. Opt.

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Developing and investigating a computerized interferometer based on the Ronchi setup and interferogram-broadening software

Cited by 1 publication

References 0 publications

Nonparaxial geometrical Ronchi test for spherical mirrors: an inverse ray-tracing approach

Nonparaxial geometrical Ronchi test for spherical mirrors: an inverse ray-tracing approach

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