1962Bulletin of the Chemical Society of JapanRequires access

Spectrophotometric Determination of Cerium(III) and Some Rare Earths with Xylenol Orange

Koichi TONOSAKI, Makoto Otomo

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Abstract

Abstract A method has been described for the spectrophotometric determination of 20 to 100μg. of a rare earth element using xylenol orange. The complexes of cerium(III), lanthanum-(III), neodymium(III) and yttrium(III) with xylenol orange have an absorption maximum at 575 to 578μ vs. the reagent blank. Each of them is a 1 : 1 complex and has a formation constant of approximately 105 under the conditions studied. Anions such as NTA and EDTA inhibit the color development of the complexes.

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Abstract A method has been described for the spectrophotometric determination of 20 to 100μg. of a rare earth element using xylenol orange. The complexes of cerium(III), lanthanum-(III), neodymium(III) and yttrium(III) with xylenol orange have an absorption maximum at 575 to 578μ vs. the reagent blank. Each of them is a 1 : 1 complex and has a formation constant of approximately 105 under the conditions studied. Anions such as NTA and EDTA inhibit the color development of the complexes.

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Available abstract

Abstract A method has been described for the spectrophotometric determination of 20 to 100μg. of a rare earth element using xylenol orange. The complexes of cerium(III), lanthanum-(III), neodymium(III) and yttrium(III) with xylenol orange have an absorption maximum at 575 to 578μ vs. the reagent blank. Each of them is a 1 : 1 complex and has a formation constant of approximately 105 under the conditions studied. Anions such as NTA and EDTA inhibit the color development of the complexes.

Key concepts: Chemistry, Xylenol orange, Cerium, Orange (colour), Nuclear chemistry, Inorganic chemistry, Food science

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