Light scattering in Baltic crude oil - seawater emulsion

The paper discusses the scattering of radiation by a Baltic crude oil - seawater emulsion. The scattering spectrum calculated using the Mie solution in the spectral range from 380 nm to 730 nm is compared with the measured spectrum of light scattered through a right angle. Spectra in the wavelength...

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Main Authors: Adam Stelmaszewski, Tadeusz Król, Henryk Toczek
Format: Article
Language:English
Published: Elsevier 2009-09-01
Series:Oceanologia
Subjects:
Online Access:http://www.iopan.gda.pl/oceanologia/51_3.html#A6
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author Adam Stelmaszewski
Tadeusz Król
Henryk Toczek
author_facet Adam Stelmaszewski
Tadeusz Król
Henryk Toczek
author_sort Adam Stelmaszewski
collection DOAJ
description The paper discusses the scattering of radiation by a Baltic crude oil - seawater emulsion. The scattering spectrum calculated using the Mie solution in the spectral range from 380 nm to 730 nm is compared with the measured spectrum of light scattered through a right angle. Spectra in the wavelength range from 210 nm to 730 nm were measured using a spectrofluorimeter for fresh and stored samples of the Baltic crude oil emulsion. Scattering increases with wavelength in the UV range and then decreases slightly with the wavelength of visible light. The result of the calculation is similar to the measured spectra. Both the calculated and measured spectra display numerous relative extremes throughout the spectral area. Light scattering in the emulsion decreases during storage as the oil concentration in the medium diminishes. The results also demonstrate that the single scattering model describes the phenomenon correctly.
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spelling doaj.art-19fbcb316fb34a709ee8e292b0eb6f262022-12-21T23:13:47ZengElsevierOceanologia0078-32342009-09-01513405414Light scattering in Baltic crude oil - seawater emulsionAdam StelmaszewskiTadeusz KrólHenryk ToczekThe paper discusses the scattering of radiation by a Baltic crude oil - seawater emulsion. The scattering spectrum calculated using the Mie solution in the spectral range from 380 nm to 730 nm is compared with the measured spectrum of light scattered through a right angle. Spectra in the wavelength range from 210 nm to 730 nm were measured using a spectrofluorimeter for fresh and stored samples of the Baltic crude oil emulsion. Scattering increases with wavelength in the UV range and then decreases slightly with the wavelength of visible light. The result of the calculation is similar to the measured spectra. Both the calculated and measured spectra display numerous relative extremes throughout the spectral area. Light scattering in the emulsion decreases during storage as the oil concentration in the medium diminishes. The results also demonstrate that the single scattering model describes the phenomenon correctly.http://www.iopan.gda.pl/oceanologia/51_3.html#A6emulsionlight scatteringpetroleumseawater
spellingShingle Adam Stelmaszewski
Tadeusz Król
Henryk Toczek
Light scattering in Baltic crude oil - seawater emulsion
Oceanologia
emulsion
light scattering
petroleum
seawater
title Light scattering in Baltic crude oil - seawater emulsion
title_full Light scattering in Baltic crude oil - seawater emulsion
title_fullStr Light scattering in Baltic crude oil - seawater emulsion
title_full_unstemmed Light scattering in Baltic crude oil - seawater emulsion
title_short Light scattering in Baltic crude oil - seawater emulsion
title_sort light scattering in baltic crude oil seawater emulsion
topic emulsion
light scattering
petroleum
seawater
url http://www.iopan.gda.pl/oceanologia/51_3.html#A6
work_keys_str_mv AT adamstelmaszewski lightscatteringinbalticcrudeoilseawateremulsion
AT tadeuszkrol lightscatteringinbalticcrudeoilseawateremulsion
AT henryktoczek lightscatteringinbalticcrudeoilseawateremulsion