Reflectance measurements of aluminium surfaces using integrating spheres

Optics and Lasers in Engineering

Volumn 32, Issue 5, 1999, Pages 419-435

  Lindseth, I ^a   Bardal, A ^b   Spooren, R ^b  

^a NORWEGIAN UNIVERSITY OF SCIENCE AND TECHNOLOGY   (Norway)

^b SINTEF   (Norway)

Author keywords

[No Author keywords available]

Indexed keywords

ALUMINUM; LIGHT ABSORPTION; LIGHT MEASUREMENT; LIGHT SCATTERING; ROLLING; SILICON SENSORS; SURFACE MEASUREMENT; SURFACES;

INSTRUMENTAL ARTEFACTS; INTEGRATING SPHERE METHOD; SILICON PHOTOELEMENT DETECTOR; SINGLE BEAM INSTRUMENT; WHITE LIGHT SOURCE;

REFLECTOMETERS;

EID: 0033297771     PISSN: 01438166     EISSN: None     Source Type: Journal    
DOI: 10.1016/S0143-8166(00)00010-5     Document Type: Article

References (17)

1. Lindseth I, Bardal A. Relations between the optical reflectance and the near-surface microstructure of aluminium alloys. Proceedings of the Nineth Intrnational Conference on Modern Materials Techn - CIMTEC, symp. II 1998. p. 49-56.
2. Lindseth I, Bardal A, Wold E, Hunderi O. Optical reflectance of industrial aluminium surfaces. Part 1: Assessment of possible absorption mechanisms, to be published.
3. Lindseth I, Bardal A, Mårdalen J, Pettersen G, Wilzén L, Høier R. Optical reflectance of industrial aluminium surfaces. Part 2: Evolution of total reflectance and surface morphology upon rolling and etching, to be published.
4. Carr K.F. Integrating sphere theory and applications. Part I. integrating sphere theory and design Surf Coat Int. 80(8):1997;380-385.
5. Carr K.F. Integrating sphere theory and applications. Part II. integrating sphere applications Surf Coat Int. 80(10):1997;485-491.
6. DIN Deutsches Institut für Normung E V: Deutsche Normen, DIN 5036, teil 3, 1979.
7. International Organization for Standardization: ISO 6719-1986.
8. Jacquez J.A., Kuppenheim H.F. Theory of integrating sphere. J Opt Soc Am. 45(6):1955;460-470.
9. Goebel D.G. Generalized integrating-sphere theory. Appl Opt. 6(1):1967;125-128.
10. Finkel M.W. Integrating sphere theory. Opt Commun. 2(1):1970;25-28.
11. Clarke F.J.J., Anne Compton J. Correction methods for integrating-sphere measurement of hemispherical reflectance. Col Res Appl. 11(4):1986;253-262.
12. Roos A., Ribbing C.G., Bergkvist M. Anomalies in integrating sphere measurements on structured samples. Appl Opt. 27(18):1988;3828-3832.
13. Roos A., Ribbing C.G. Interpretation of integrating sphere signal output for non-Lambertian samples. Appl Opt. 27(18):1988;3833-3837.
14. Rönnow D., Roos A. Stray-light corrections in integrating-sphere measurements in low-scattering samples. Appl Opt. 33(25):1994;6092-6097.
15. Hanssen L.M. Effects of non-Lambertian surfaces on integrating sphere measurements. Appl Opt. 35(19):1996;3597-3606.
16. Rönnow D., Roos A. Correction factors for reflectance and transmittance measurements of scattering samples in focusing Coblentz spheres and integrating spheres. Rev Sci Instr. 66(3):1995;2411-2422.
17. Smith DY, Shiles E, Inokuti M. The Optical Properties of Metallic Aluminium. In Palik ED, editor. Handbook of Optical Constants of Solids. San Diego: Academic Press, 1998.