Abstract
Four optogalvanic (OG) measuring specific solutions are developed. They are based on the OG effect, in particular on the sensitivity of the OG signal form to the operating point. This form changes with each variation of gas discharge conditions. A transformation of the Dynamic OG signal in quasi-amplitude one is reported. All of the solutions represent a fast and more sensitive method for atomic line diagnostics. The optogalvanic analogue of the AC EL-spectrum is investigated in a inverted OG scheme.
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