. Carnegie Institution of Washington publication. FLUORESCENCE AND ABSORPTION OF THE URANYL SALTS. 37 In a concentrated solution of potassium uranyl sulphate (see fig. 26) three absorption bands were found at 4,910, 4,730, and 4,570. These. FIG. 25.—Uranyl sulphate (solution), show- ing at the left a portion of the trans- mission spectrum for a thin layer and at the right for a thick layer. .50 FIG. 26.—Transmission of a concentrated solution of uranyl potassium sulphate. do not agree in position with the corresponding bands of the solid salt, which occur at 4,920, 4,760, and 4,472. The soluti
. Carnegie Institution of Washington publication. FLUORESCENCE AND ABSORPTION OF THE URANYL SALTS. 37 In a concentrated solution of potassium uranyl sulphate (see fig. 26) three absorption bands were found at 4,910, 4,730, and 4,570. These. FIG. 25.—Uranyl sulphate (solution), show- ing at the left a portion of the trans- mission spectrum for a thin layer and at the right for a thick layer. .50 FIG. 26.—Transmission of a concentrated solution of uranyl potassium sulphate. do not agree in position with the corresponding bands of the solid salt, which occur at 4,920, 4,760, and 4,472. The solution of the double sulphate shows no trace of 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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