Sentence examples for molar mass characterization from inspiring English sources

This chapter describes field-flow fractionation (FFF) for the molar mass characterization of polysaccharides.

The molar mass characterization of the proteins with hydrolytic activity should be the object of further studies along with the protein sequence.

The main reason for using the methods in the characterization of the molar mass of polymers and other macromolecules is that the retention time of components separated in an FFF channel depends on their diffusion coefficients and, sometimes, on other component parameters.

This study concerns the problems encountered in the molecular characterization of ultra-high molar mass (UHMM) hyaluronan samples.

In the classical approach, determination of b as a function of molar mass requires time consuming fractionation with subsequent characterization of the fractions to determine the hydrodynamic radius and the radius of gyration.

Simultaneous characterization of the degree of branching and molar mass on a molecular level for hyperbranched polymers is still strongly limited.

Furthermore, the quantitative differences in quiescent DLS characterization and turbulent flow pressure drop measurements suggest that high molar mass PEO undergoes flow-induced de-aggregation in transport systems with shear stresses as low as 0.5 Pa.

A simple new eight-pseudo-component characterization method was developed for different Alberta Bitumens using distillation and molar mass data.

The characterization of branched and star structures was performed by NMR and GPC with absolute molar mass detection (MALLS).

The characterization of star structures was performed by NMR and gel permeation chromatography with absolute molar mass detection (MALLS).

The molecular characterization of PHEA was also performed through conventional SEC and universal calibration and the estimated molar mass was substantially higher than that evaluated by absolute methods.