Extrapolation of log k\u27vs. nc plots for homologous series chromatographed with different mobile phases leads to a common intersection point. Its coordinates depend on the series and the solvent used, and can be rationalized on the basis of the retention model of interaction indices. The existence of this convergence point is reflected in the linear relationship of logagr-logbeta, which permits the optimization of chromatographic separations in the region of solvent compositions where these two parameters can be varied independently
Statistical evaluation of linear and quadratic models of chromatographic retention was performed. Th...
The retention of most compounds in RPLC proceeds through a combination of several independent mechan...
Abstract The retention of aliphatic hydrocarbons with polar groups has been compared in respect to t...
The validity of a method for characterizing stationary phases for reversed-phase liq. chromatog., ba...
The isocratic separation of five coenzyme Q homologs (CoQ 6 to C0Q10) by non-aqueous reversed-phase ...
High performance liquid chromatography (HPLC) is an instrumental analytical technique, which is wide...
Quantitative structure–retention relationships (QSRRs) were derived for logarithms of retention fact...
Quant. structure-retention relations (QSRRs) were employed to study retention mechanism of reversed-...
Chromatography is one of the most powerful techniques available in the analytic chemist’s arsenal to...
A simple but useful experimental method for observation of the effects of organic modifiers in the s...
Characterization of reverse-phase column selectivity is helpful for chromatographers to select an op...
It is increasingly important to develop liq. chromatog. (LC) sepn. procedures that meet high stds. o...
The linear dependence of the logarithm of the capacity factor (log k') on the composition of th...
Statistical evaluation of linear and quadratic models of chromatographic retention was performed. Th...
The retention of most compounds in RPLC proceeds through a combination of several independent mechan...
Abstract The retention of aliphatic hydrocarbons with polar groups has been compared in respect to t...
The validity of a method for characterizing stationary phases for reversed-phase liq. chromatog., ba...
The isocratic separation of five coenzyme Q homologs (CoQ 6 to C0Q10) by non-aqueous reversed-phase ...
High performance liquid chromatography (HPLC) is an instrumental analytical technique, which is wide...
Quantitative structure–retention relationships (QSRRs) were derived for logarithms of retention fact...
Quant. structure-retention relations (QSRRs) were employed to study retention mechanism of reversed-...
Chromatography is one of the most powerful techniques available in the analytic chemist’s arsenal to...
A simple but useful experimental method for observation of the effects of organic modifiers in the s...
Characterization of reverse-phase column selectivity is helpful for chromatographers to select an op...
It is increasingly important to develop liq. chromatog. (LC) sepn. procedures that meet high stds. o...
The linear dependence of the logarithm of the capacity factor (log k') on the composition of th...
Statistical evaluation of linear and quadratic models of chromatographic retention was performed. Th...
The retention of most compounds in RPLC proceeds through a combination of several independent mechan...
Abstract The retention of aliphatic hydrocarbons with polar groups has been compared in respect to t...