2002Unpublished venueRequires access

Planeness issues of reflecting surfaces on a cube corner retroreflector

Ping He

Open publisher page 4 citations

Abstract

The quantitative relationships between the emergent wave aberration, or the right angle error, and the planeness error of three reflecting surfaces on a cube corner prism are derived and present, so that the tolerance of the planeness error can be determined by the accuracy desired For a highly accurate cube comer retroreflector, the planeness error of reflecting surface, as well as the error of right angle between two reflecting surrfaces, should be paid great attention to and concerned in

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What this paper is about

The quantitative relationships between the emergent wave aberration, or the right angle error, and the planeness error of three reflecting surfaces on a cube corner prism are derived and present, so that the tolerance of the planeness error can be determined by the accuracy desired For a highly accurate cube comer retroreflector, the planeness error of reflecting surface, as well as the error of right angle between two reflecting surrfaces, should be paid great attention to and concerned in

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OpenAlex reports 4 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The quantitative relationships between the emergent wave aberration, or the right angle error, and the planeness error of three reflecting surfaces on a cube corner prism are derived and present, so that the tolerance of the planeness error can be determined by the accuracy desired For a highly accurate cube comer retroreflector, the planeness error of reflecting surface, as well as the error of right angle between two reflecting surrfaces, should be paid great attention to and concerned in

Key concepts: Retroreflector, Corner reflector, Cube (algebra), Prism, Optics, Surface (topology), Computer science, Error analysis

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