The phrase "absorbance coefficient" is correct and usable in written English.
It is typically used in scientific contexts, particularly in chemistry and physics, to describe a material's ability to absorb light at a specific wavelength.
Example: "The absorbance coefficient of the solution was measured to determine its concentration."
Alternatives: "absorption constant" or "extinction coefficient".
where ε is the molar spectral absorbance coefficient of an absorbing chromophore; R λ 1 (t ), R λ 2 (t ) are the measured diffuse reflectance at the two wavelengths after the wound; R λ 1 (0 ) and R λ 2 (0 ) are the baseline diffuse reflectance values prior to the wound.
Indeed, the high values of the spectral absorbance coefficient cause a great decrease in light intensity in the depth of the material and lead in turn to a sharp drop in conversion.
(b) Absorbance coefficient at 600 nm A=alpha times ttimes C (2).
The decomposition of H2O2 (absorbance coefficient of 45.2/mM cm) was measured at 240 nm at 25°C.
Absorbance coefficient α is proportional to F R); hence, we can write ln[F R)] vs. E.
Using a pressed BaSO4 powder as the reference, the absorbance coefficient is obtained from the diffuse reflectance spectra based on Kubelka-Munk (K-M) theory.
Since the molar absorbance coefficients of binary complexes of cobalt with amino acids or imidazole are needed to study the equilibria with heteroligand complexes by Vis, they had to be determined independently prior to the calculations with the heteroligand species.
The relative amount of cytochrome was calculated by subtracting oxidized spectra from the equivalent reduced ones, using the millimolar absorbance coefficients of 18.5 mM−1 · cm−1 (for cytochrome c) and 16 mM−1 · cm−1 (for cytochromes a + a3) at 550 nm [28].
The essentially identical absorbance coefficients of 3 and 4 allowed peak areas to be used to estimate relative product quantity.
For PM2.5 absorbance, coefficients of correlation between individual exposure and outdoor levels of 0.8 0.9 have been reported (Brunekreef et al. 2005).
Protein concentrations were determined using the method of Bradford with a pre-fabricated assay (BioRad, Hercules, CA) or photometrically with a U-3000 spectropHitachier (HiTokyo, Japan, Japan) using the absorbance at 280 nm and the molar absorbance coefficients (εAmPDH = 67,840 M−1 cm−1; εH103YAmPDH = 69,330 M−1 cm−1).
