. Carnegie Institution of Washington publication. Neodymium Chloride Cell Depth Concentration 065// Fig. 22. 085// 09// 100 75- 2 O 50 Id LU a. 25. Neodymium Chloride Cell Depth 5mm. Concentration 0 267N Fig. 23. curves representing the more concentrated solutions, but since the solutions are more dilute, they are accordingly more transparent; hence the minima in the curves are not so pronounced. The maximal absorption occurring near X7300 and X7900 are at about 25 per Please note that these images are
. Carnegie Institution of Washington publication. Neodymium Chloride Cell Depth Concentration 065// Fig. 22. 085// 09// 100 75- 2 O 50 Id LU a. 25. Neodymium Chloride Cell Depth 5mm. Concentration 0 267N Fig. 23. curves representing the more concentrated solutions, but since the solutions are more dilute, they are accordingly more transparent; hence the minima in the curves are not so pronounced. The maximal absorption occurring near X7300 and X7900 are at about 25 per 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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