Antimony determination by hydride generation — UV-visible molecular absorption spectrophotometry with diode-array detection

Jesus Sanz, Felix Gallarta, Javier Galban and Juan R. Castillo

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Abstract

A method for antimony determination is described comprising hydride generation and transport into a flow-cell placed in a UV-visible molecular absorption spectrophotometer with diode-array detection. Nitrogen is employed as carrier gas. The measurement is performed at 198 nm. The calibration curve is linear from 3 to 440 mgrg/ml of antimony. The method was successfully applied to the analysis of PVC.

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