This paper discusses the selection of ion chromatography (IC) columns for use in comprehensive multidimensional ion chromatography (IC×IC). First, a single number was determined for a wide range of anions (one number for each anion) using the linear solvent strength model. These numbers were then used to compare the column selectivity characteristics for five different columns. Principal component analysis was used to illustrate selectivity differences between columns. Dionex AS16 and AS20 columns were selected for use in the development of an IC×IC method for the separation of ten anions. To achieve the required speed of analysis in both the first and second separation dimensions, custom column lengths were packed in-house. The use of an e...
A series of mathematical models describing analyte retention behaviour in non-suppressed ion chromat...
Seven theoretical retention models, namely the linear solvent strength model (using the dominant equ...
This review provides a selected overview of some of the significant developments that have occurred ...
This paper discusses the selection of ion chromatography (IC) columns for use in comprehensive multi...
A new software package, Virtual Column 2, is described for the simulation and optimization of the se...
The work presented in this thesis describes development, evaluation and implementation of an online ...
The basic principles and fundamentals of modern ion chromatography (IC) are presented with a focus o...
Three ion chromatography (IC) retention models, namely the linear solvent strength model (LSSM), emp...
In the 1960s and early 1970s, various chromatographic methods were used to separate low molecular we...
This study reports simulation and optimization of ion chromatography separations using multi-segment...
This work deals with the optimisation of the eluent composition for the separation of anions using ...
ion-exchange chromatography, that has become the method of choice for routine anion analysis and has...
Accurate, precise, and rapid analytical monitoring of various nuclear materials is essential for the...
New findings are reported on simple ways to modify an ordinary HPLC column to obtain efficient ion c...
A series of mathematical models describing analyte retention behaviour in non-suppressed ion chromat...
Seven theoretical retention models, namely the linear solvent strength model (using the dominant equ...
This review provides a selected overview of some of the significant developments that have occurred ...
This paper discusses the selection of ion chromatography (IC) columns for use in comprehensive multi...
A new software package, Virtual Column 2, is described for the simulation and optimization of the se...
The work presented in this thesis describes development, evaluation and implementation of an online ...
The basic principles and fundamentals of modern ion chromatography (IC) are presented with a focus o...
Three ion chromatography (IC) retention models, namely the linear solvent strength model (LSSM), emp...
In the 1960s and early 1970s, various chromatographic methods were used to separate low molecular we...
This study reports simulation and optimization of ion chromatography separations using multi-segment...
This work deals with the optimisation of the eluent composition for the separation of anions using ...
ion-exchange chromatography, that has become the method of choice for routine anion analysis and has...
Accurate, precise, and rapid analytical monitoring of various nuclear materials is essential for the...
New findings are reported on simple ways to modify an ordinary HPLC column to obtain efficient ion c...
A series of mathematical models describing analyte retention behaviour in non-suppressed ion chromat...
Seven theoretical retention models, namely the linear solvent strength model (using the dominant equ...
This review provides a selected overview of some of the significant developments that have occurred ...