Abstract
The magnetic field glow-discharge source (MFGDS) has been evaluated in the analysis of mild and alloyed steels. Its performance, as described by precision, line—background intensity ratio and the quality of calibration curves, was compared to results obtainable with the conventional Grimm glow-discharge source (GDS). The analytical performance was found to be comparable in the analysis of mild steels but difficulties, exhibiting themselves as the splitting of calibration curves, were encountered in the analysis of alloyed steels on account of their differing magnetic properties.
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