. Carnegie Institution of Washington publication. BY MEANS OF THE RADIOMICROMETER. 41 90 80 7U •2 60 e 50 that the character of the transmission curve for alcohol is very similar to that for water. Such depths of solutions were used that they contained in the one cell 21 mm. of alcohol and in the other 1 mm. As with acetone, the percentage transmissions for both the solution and the solvent are very nearly the same. This was perhaps to be expected, since with water the percentage transmissions of both solution and solvent are very K H20. S. G) 40 a ID fc 30 PH 20 10 Na N03 Depth
. Carnegie Institution of Washington publication. BY MEANS OF THE RADIOMICROMETER. 41 90 80 7U •2 60 e 50 that the character of the transmission curve for alcohol is very similar to that for water. Such depths of solutions were used that they contained in the one cell 21 mm. of alcohol and in the other 1 mm. As with acetone, the percentage transmissions for both the solution and the solvent are very nearly the same. This was perhaps to be expected, since with water the percentage transmissions of both solution and solvent are very K H20. S. G) 40 a ID fc 30 PH 20 10 Na N03 Depth .90 90 80 70 .2 CO no m 'g S 50 03 .95 FIG. 17.—Wave-lengths. 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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Keywords: ., bookauthorcarnegie, bookcentury1900, bookdecade1900, bookyear1902
