Separation of zinc compounds by sequential metal vapor elution analysis with atomic absorption detection.
The separation of zinc compounds, containing zinc chloride, nitrate, and sulfate, at low concentrations by sequential metal vapor elution analysis (SMVEA) with argon carrier gas was reported. A molybdenum column, inserted with a tungsten wire, was developed for the separation of zinc compounds by SMVEA. The optimum separation conditions were a vaporization temperature of 1370K, a column temperature of 1350K, and a carrier gas flow rate of 2.5mLmin(-1). Under the optimized experimental conditions, the zinc compounds could be roughly separated by SMVEA, although a part of peak profiles overlapped. The number of theoretical plates was 36 for ZnCl(2), 62 for Zn(NO(3))(2), and 80 for ZnSO(4) in the SMVEA column. The present SMVEA system may be able to be applied widely to various analytical instruments.
Rahman
Mohammad Arifur
MA
Department of Chemistry for Materials, Faculty of Engineering, Mie University, Tsu, Mie 514-8507, Japan.
Kaneco
Satoshi
S
Suzuki
Tohru
T
Katsumata
Hideyuki
H
Ohta
Kiyohisa
K