Abstract
IN a previous communication1, we pointed out that in, order to explain our results on the magnetic rotation of solutions of cerous sulphate in water, it was necessary to use two absorption wave-lengths in the Ladenburg paramagnetic rotation formula, namely, 2960 A. (actual) and 2390 A. (effective). This latter value seemed reasonable, as intense absorption bands were located with wave-lengths 2540, 2400 and 2230 A. in aqueous solutions of cerous sulphate.
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References
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Z. Phys., 57, 835; 1930.
NATURE, 128, 270, Aug. 15, 1931.
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ROBERTS, R., WALLACE, L. & PIERCE, I. Magnetic Rotatory Dispersion and Absorption of the Cerous Ion in Solution. Nature 132, 782 (1933). https://doi.org/10.1038/132782a0
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DOI: https://doi.org/10.1038/132782a0
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