1992Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIERequires access

Surface roughness and waviness measurements for optical parts (Invited Paper)

Tom Bristow

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Abstract

This article describes surface roughness and waviness measurements for optical parts. The basic description of roughness is reviewed for a digital surface profiler and comparisons made for the lower spectrum description of surface topography. The power spectrum analysis is also reviewed with a special emphasis on a low variance algorithm. Applications for the optics industry for both flat and curved parts are presented.

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What this paper is about

This article describes surface roughness and waviness measurements for optical parts. The basic description of roughness is reviewed for a digital surface profiler and comparisons made for the lower spectrum description of surface topography. The power spectrum analysis is also reviewed with a special emphasis on a low variance algorithm. Applications for the optics industry for both flat and curved parts are presented.

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Available abstract

This article describes surface roughness and waviness measurements for optical parts. The basic description of roughness is reviewed for a digital surface profiler and comparisons made for the lower spectrum description of surface topography. The power spectrum analysis is also reviewed with a special emphasis on a low variance algorithm. Applications for the optics industry for both flat and curved parts are presented.

Key concepts: Waviness, Surface roughness, Surface finish, Optics, Surface (topology), Emphasis (telecommunications), Spectral density, Computer science

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