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MO concentration was determined as maximum absorbance (λmax), using a UV visible spectrophotometer.
Percent dye decolorization was determined by a reduction in optical density at the wavelength of maximum absorbance (λmax, 590 nm).
Decolorization of individual effluents was determined by a reduction in optical density at the wavelength of maximum absorbance (λmax).
The purified enzyme showed a typical heme-enzyme red coloring and a maximum absorbance λmax = 409 nm and two further maxima at 510 and 640 nm (Fig. 4).
The spectral locations of the wavelengths of maximum absorbance (λmax) of the different visual pigments, and the spectral transmittance characteristics of the intraocular spectral filters (cone oil droplets) that also determine photoreceptor spectral sensitivity, vary according to both habitat and phylogenetic relatedness.
A single type of rod photoreceptor contains a visual pigment with a wavelength of maximum absorbance (λmax) at 540 nm.
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The spectra were recorded from 600 nm to 200 nm and the maximum absorbances (λmax) of the prepared polymers were recorded.
Our calculations indicate that the biscarbodithiolic acid-based dyes show the best absorption behavior in the visible-light/near-infrared range, i.e. the biggest maximum absorbances (λmax) and the widest absorption spectra.
Empirical equations for the dependence of maximum absorbance wavelength (λmax) and extinction coefficient on NP size were derived.
The dependence of PVP-AgNPs extincoefficienticient and maximum absorbance wavelength (λmax) on NP size was experimentally determined.
Decolorization of dye solution was determined by a reduction in optical density at the wavelength of maximum absorbance at λmax (590 nm) by UV vis spectrophotometric spectrum.
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