Intensity fluctuation light-scattering spectroscopy using a conventional light source

Details Intensity fluctuation light-scattering spectroscopy using a conventional light source Intensity fluctuation light-scattering spectroscopy using a conventional light source

Jun 1976

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1976optco..17..305j&link_type=abstract

Optics Communications, vol. 17, June 1976, p. 305-308.

Statistics

Applications

6

Light Scattering, Liquid Crystals, Luminous Intensity, Mercury Arcs, Spectroscopy, Correlation, Digital Techniques, Laser Applications, Light Sources, Mercury Lamps, Speckle Patterns

Scientific paper

A quantitative intensity fluctuation spectroscopy scattering experiment conducted with the aid of a nonlaser source is reported. A mercury arc source was used in the experiment and a liquid crystal was employed as the scatterer. Digital correlation techniques were utilized in a measurement of the time-dependences of both the natural thermally induced fluctuations and the electrohydrodynamic fluctuations of 'dynamic scattering'. The results agree well with those obtained with the aid of a laser source, although the statistical accuracy was considerably lower.

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