Abstract
Autocorrelation coefficients, multiple determination coefficients, and single-vector uniqueness test are investigated as predictors of the number of major electroactive components in a matrix resulting from coeluting components in high-performance liquid chromatography using a swept-potential electrochemical detection system. The estimate profiles of the pure components (chromatograms, voltammograms) are obtained by iterative target test factor analysis and then refined by the least-squares method
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