Sentence examples for mode of chromatography from inspiring English sources

The capacity of the stationary phase depends upon the mode of chromatography and the method of operation.

The full separation by molar mass and topology is not possible by any single mode of chromatography.

The displacement mode of chromatography takes advantage of the thermodynamic characteristics of the chromatographic system to overcome many of the shortcomings of preparative elution chromatography.

In spite of some major potential advantages, this mode of chromatography, generally known as SFC, is only now beginning to be considered by the mainstream community but it still does not yet enjoy a popularity comparable to those of gas or liquid chromatography.

However removal of displacers from target molecule solutions and their recycling issues, leading to increased costs, are disadvantages of this mode of chromatography.

Recently, a new mode of chromatography, called ERLIC (electrostatic repulsion−hydrophilic interaction chromatography), has been introduced for general-purpose separation of charged solutes.

All modes of chromatography of complex macrocycles of arbitrary molar mass in both narrow and wide pores are covered by the theory.

Additionally simple approximate formulae are obtained for a number of important modes of chromatography; chromatograms are simulated for model mixtures of polydisperse non-functional and functional polymers.

By using a model of an ideal chain with point-type defects in a slit-like pore we derive equations for the distribution coefficient covering all modes of chromatography of functionalized polymers of any molar mass in both narrow and wide pores.

This review focuses on the use of linear solvation energy relationships (LSERs) to understand the types and relative strength of the chemical interactions that control retention and selectivity in the various modes of chromatography ranging from gas chromatography to reversed phase and micellar electrokinetic capillary chromatography.

According to the theory, the retention generally depends on molar mass, composition, and architecture (microstructure and topology) of copolymers, on pore size and on adsorption interaction of chain units A and B. Three special modes of chromatography are studied in detail.