Daniel Jagner

TL;DR: In this article, the analytical possibilities of potentiometric stripping analysis are outlined, and the technique comprises reduction of metal ions at a stationary mercury drop or thin-film electrode and the amalgamated metals are then re-oxidized with mercury(II) ions and the time-potential behaviour of the mercury electrode is recorded.

TL;DR: In this paper, the use of computer calculations for the determination of the systematic errors associated with Gran plots is demonstrated, and the results of such calculations are used to derive modified Gran plots capable of locating the equivalence point both more accurately and more precisely.

TL;DR: In this article, a derivative potentiometric stripping analysis based on pre-concentration of metal analytes in a thin film of mercury on a glassy carbon electrode and subsequent measurement of the electrode potential subject to controlled transport of oxidant to the electrode surface is discussed.