1991Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIERequires access

Design and testing of a cube-corner array for laser ranging

William E. James, W. H. Steel, Nelson O. Evans

Open publisher page 2 citations

Abstract

A Laser Retroreflector Unit, consisting of an array of cube corners, has been designed and made for the satellite Aussat B. The design involved the study of cube corners with small angle offsets, the diffraction pattern they produce, the effects of surface coatings, and their transmittance at high angles of incidence. Interferometric tests were developed to measure during manufacture the angle offsets of the cube from which the retroreflectors were cut, and radiometric tests confirmed the final performance.

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What this paper is about

A Laser Retroreflector Unit, consisting of an array of cube corners, has been designed and made for the satellite Aussat B. The design involved the study of cube corners with small angle offsets, the diffraction pattern they produce, the effects of surface coatings, and their transmittance at high angles of incidence. Interferometric tests were developed to measure during manufacture the angle offsets of the cube from which the retroreflectors were cut, and radiometric tests confirmed the final performance.

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Available abstract

A Laser Retroreflector Unit, consisting of an array of cube corners, has been designed and made for the satellite Aussat B. The design involved the study of cube corners with small angle offsets, the diffraction pattern they produce, the effects of surface coatings, and their transmittance at high angles of incidence. Interferometric tests were developed to measure during manufacture the angle offsets of the cube from which the retroreflectors were cut, and radiometric tests confirmed the final performance.

Key concepts: Retroreflector, Corner reflector, Cube (algebra), Optics, Laser ranging, Ranging, Laser, Interferometry

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