Magnetic Behaviour of Rare-Earth Ions in State of Aqueous Solution. I. Effect of Shielding and Distortion

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概要

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• Spectroscopic pure variety of rare earth sulphates is studied magnetically in aqueous solution by a microbalance specially designed for the purpose. It is observed that the magnetic moments in state of aqueous solution are smaller than those of the crystalline state, opposite of what has been observed with ions of the iron group. It is also observed that the paramagnetic complexes in aqueous solution become less anisotropic than in crystalline state in conformity with the theoretical findings regarding the distortion and shielding of 4f electrons by 5s- and 5p-electron shells.

• 社団法人日本物理学会の論文
• 1967-02-05

著者

• Mookherji T.

  Physical Laboratory The University Of Burdwan

• Mookherji A.

  Physical Laboratory The University Of Burdwan

• Mookherji A.

  Physical Laboraotories University Of Burdwan

関連論文

• Magnetic Studies on Cu^ Ion in Cupric Acetate Monohydrate Crystal
• Influence of Concentration on the Ultraviolet Absorption Spectrum of Bicarbonate Ion in State of Aqueous Solution
• Magnetic Studies on Siderite (FeCO_3)
• Magnetic Behaviour of Rare-Earth Ions in State of Aqueous Solution. I. Effect of Shielding and Distortion
• The Principal Magnetic Susceptibilities of Erbium Sulphate Octahydrate and the Nature of Its Crystal Field

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