. Carnegie Institution of Washington publication. Neodymium Nitrate Cell Depth 10 mm. Concentration N Fig. 28. too 75 uj 50 o o UJ Ql 25 Neodymium Nitrate Cell Depth 20 mm. Concentration N ^ ^ Fig. 29. more intense with dilution. The decided decrease in the transmission in the regions of the spectrum beyond 1/u is undoubtedly due to the increasing absorption of water as the solution becomes more dilute. The other slight deviations from Beer's law are not greater than could be accounted for by the corrections mentioned under the discuss
. Carnegie Institution of Washington publication. Neodymium Nitrate Cell Depth 10 mm. Concentration N Fig. 28. too 75 uj 50 o o UJ Ql 25 Neodymium Nitrate Cell Depth 20 mm. Concentration N ^ ^ Fig. 29. more intense with dilution. The decided decrease in the transmission in the regions of the spectrum beyond 1/u is undoubtedly due to the increasing absorption of water as the solution becomes more dilute. The other slight deviations from Beer's law are not greater than could be accounted for by the corrections mentioned under the discussion of the chloride 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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