Add to ORKGA method for a numerical calculation of elution curves of chromatography is presented which takes lateral nonequilibrium, Langmuir kinetics and longitudinal diffusion in the mobile phase into account. Numerical calculations under operational conditions of a column are performed on a digital computer. The method for numerical calculations is verified by using the Haarhoff\u27s theory
Chromatography is, in principle, a dilution process. In HPLC analysis, on dis-solving the substances...
There is a well developed theory available which is capable to predict the evolution of band profile...
Abstract--Gradient elution in nonlinear chromatography is a very powerful tool for the separation of...
In order to conduct theoretical studies and analyses elution chromatography modes and configurations...
The mode of the chromatogram is inadequate for characterizing experimental elution curves, which are...
Preparative chromatography attains increasing importance for the isolation and purification of value...
The plate model proposed by Martin and Synge has been used for the characterization of columns up-to...
Chromatography is a widely used method of physical separation of mixtures into pure components based...
A single-component equilibrium dispersive model of liquid chromatography is solved analytically for ...
Elution curves in ionic exchange chromatography (IEC) for a three-protein mixture (alpha-lactoalbumi...
This article proposes a discontinuous Galerkin method for solving model equations describing isother...
Protein elution curves in ion exchange chromatography (IEC) were simulated with a rate model. Three ...
This paper presents the development of chromatography, two mathematical methods for describing chrom...
Abstract-A theoretical study of radial flow chromatography was carried out based on a general nonlin...
Based on the mass balance equations of solute transfer in the radial chromatographic column, the the...
Chromatography is, in principle, a dilution process. In HPLC analysis, on dis-solving the substances...
There is a well developed theory available which is capable to predict the evolution of band profile...
Abstract--Gradient elution in nonlinear chromatography is a very powerful tool for the separation of...
In order to conduct theoretical studies and analyses elution chromatography modes and configurations...
The mode of the chromatogram is inadequate for characterizing experimental elution curves, which are...
Preparative chromatography attains increasing importance for the isolation and purification of value...
The plate model proposed by Martin and Synge has been used for the characterization of columns up-to...
Chromatography is a widely used method of physical separation of mixtures into pure components based...
A single-component equilibrium dispersive model of liquid chromatography is solved analytically for ...
Elution curves in ionic exchange chromatography (IEC) for a three-protein mixture (alpha-lactoalbumi...
This article proposes a discontinuous Galerkin method for solving model equations describing isother...
Protein elution curves in ion exchange chromatography (IEC) were simulated with a rate model. Three ...
This paper presents the development of chromatography, two mathematical methods for describing chrom...
Abstract-A theoretical study of radial flow chromatography was carried out based on a general nonlin...
Based on the mass balance equations of solute transfer in the radial chromatographic column, the the...
Chromatography is, in principle, a dilution process. In HPLC analysis, on dis-solving the substances...
There is a well developed theory available which is capable to predict the evolution of band profile...
Abstract--Gradient elution in nonlinear chromatography is a very powerful tool for the separation of...