A computer simulation has been developed with the purpose of demonstrating and visualizing a multitude of effects in the molecular characterization of synthetic polymer mixtures by size exclusion (gel permeation) chromatography. The chromatographic results and their interpretation are influenced by numerous parameters originating from sample, column and instrumentation used (injection, detection etc). The target audience for the software tool consists of polymers scientists, teachers of separation science and students. Especially for the latter audience it is important to stress that the software enables intentional creation of mistakes and learning from these mistakes. What the user can do ranges from visualization (quantitatively) all ret...
We report the development of a new method for online characterization of polymers, termed Continuous...
Interaction chromatography using solvent gradient elution is an effective method for the characteriz...
The application possibilities of preparative size exclusion chromatography for the detailed analysis...
A computer simulation has been developed with the purpose of demonstrating and visualizing a multitu...
A gas-liquid chromatography simulation program was written for personal computers. A graphic display...
Virtual chromatography approach was applied for method development in polymer separations. For this ...
Size-exclusion chromatography (SEC or GPC) is the most widely used separation method to characterize...
Gradient-elution liquid chromatography (GELC) is a powerful tool for the characterization of synthet...
The chromatographic behaviour of a new column packing for high performance size exclusion chromatogr...
Decrease of the effective coil dimensions 〈r2〉 with increasing polymer volume fraction φ2 has been m...
The relationship between elution volume and separated molecular size in gel permeation chromatograph...
In this paper different techniques for the deconvolution of experimental gel permeation chromatograp...
In this paper different techniques for the deconvolution of experimental gel permeation chromatograp...
The complexity of synthetic and natural polymers used in industrial and medical applications is expa...
This article theoretically evaluates the biases introduced into the distributions of molar masses (M...
We report the development of a new method for online characterization of polymers, termed Continuous...
Interaction chromatography using solvent gradient elution is an effective method for the characteriz...
The application possibilities of preparative size exclusion chromatography for the detailed analysis...
A computer simulation has been developed with the purpose of demonstrating and visualizing a multitu...
A gas-liquid chromatography simulation program was written for personal computers. A graphic display...
Virtual chromatography approach was applied for method development in polymer separations. For this ...
Size-exclusion chromatography (SEC or GPC) is the most widely used separation method to characterize...
Gradient-elution liquid chromatography (GELC) is a powerful tool for the characterization of synthet...
The chromatographic behaviour of a new column packing for high performance size exclusion chromatogr...
Decrease of the effective coil dimensions 〈r2〉 with increasing polymer volume fraction φ2 has been m...
The relationship between elution volume and separated molecular size in gel permeation chromatograph...
In this paper different techniques for the deconvolution of experimental gel permeation chromatograp...
In this paper different techniques for the deconvolution of experimental gel permeation chromatograp...
The complexity of synthetic and natural polymers used in industrial and medical applications is expa...
This article theoretically evaluates the biases introduced into the distributions of molar masses (M...
We report the development of a new method for online characterization of polymers, termed Continuous...
Interaction chromatography using solvent gradient elution is an effective method for the characteriz...
The application possibilities of preparative size exclusion chromatography for the detailed analysis...