Peculiarities of spectral measurements of colored suspensions in thick-walled cuvettes
N.V. Nel’ubina, V.P. Pidgirny, O.N. Bulgakova, A.A. Zvekov, A.V. Kalenskii

 

Federal Research Center of Coal and Coal Chemistry SB RAS,

Kemerovo State University

Full text of article: Russian language.

Abstract:
The cuvette wall and sample thickness can significantly affect the results of spectral measurements of the suspension in a hardly predictable manner. We propose an approach to accounting for the cuvette wall thickness in the limiting case of thick walls and a thin sample layer when calculating the diffuse reflectance and transmittance using a one-dimensional radiative transport equation.   The comparison with the experimental results for a model colored suspension is made. It is shown that with the cuvette wall influence taken into account it becomes possible to account for the fact that the scattered light fails to fully fit within the integrating sphere. There is good agreement between the experimental and calculated spectra provided that the scattering anisotropy factor is predetermined in a wavelength range where the pigment used does not absorb light.

Keywords:
turbid media, chemical analysis, total internal reflection, integrating spheres, spectroscopy, and spherical harmonics.

Citation:
Nel’ubina NV, Pidgirny VP, Bulgakova ON, Zvekov AA, Kalenskii AV. Peculiarities of spectral measurements of colored suspensions in thick-walled cuvettes. Computer Optics 2016; 40(4): 508-515. DOI: 10.18287/2412-6179-2016-40-4-508-515.

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