. Carnegie Institution of Washington publication. ABSORBING POWER AND FLUORESCENCE OF RESORUFIN. 31 It appears, therefore, that the absorption of resorufin is in accordance with Lambert's law. Deviations from this law, if present, are at least too small to be detected by the experimental methods Me Vx y& 3/\6 Concentration Fig. 27. Curves showing effect of change in concentration upon coefficient of absorption1 of wave-lengths marked on curves. c 0 Q. (0 O C .5 '0 0 0 a> â¢00 (0 I_ > < Me Ye, Cor icer i nrai ion Vz Fig. 28. Average coefficients of absorption1 for differ
. Carnegie Institution of Washington publication. ABSORBING POWER AND FLUORESCENCE OF RESORUFIN. 31 It appears, therefore, that the absorption of resorufin is in accordance with Lambert's law. Deviations from this law, if present, are at least too small to be detected by the experimental methods Me Vx y& 3/\6 Concentration Fig. 27. Curves showing effect of change in concentration upon coefficient of absorption1 of wave-lengths marked on curves. c 0 Q. (0 O C .5 '0 0 0 a> â¢00 (0 I_ > < Me Ye, Cor icer i nrai ion Vz Fig. 28. Average coefficients of absorption1 for different concentrations taken from Table 4. â See footnote on page Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Carnegie Institution of Washington. Washington, Carnegie Institution of Washington
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