Strategies in Size-exclusion ChromatographyExamines size exclusion chromatography technology from both the detector-focused and column-focused approaches. Provides fundamental information on the mechanism of size exclusion chromatography Reparations. Addresses special topics in size exclusion chromatography, including characterization of copolymers, inverse size exclusion chromatography, aggregating polymers, polysaccharides, and proteins. |
Contents
Coupled Multiangle LightScattering and Viscosimetric | 7 |
Gel Chromatography as an Analytical Tool for Characterization | 36 |
Modeling of Size Exclusion Chromatography by Monte Carlo | 52 |
Copyright | |
15 other sections not shown
Common terms and phrases
adsorbed adsorption analysis analytical aqueous Belenkii calculated calibration curve cell cellulose chain characterization Chem Chemical Chromatogr coil column components composition copolymer crosslinking cylinder decrease degradation detector determined dextran diffusion diluent distribution coefficient effect eluent elution rate elution volume equation exclusion chromatography experimental Figure flow rate fractograms function glucans HETP HPLC HPMC hydrodynamic hydrolysis increasing injected interactions ionic strength ISEC kraft lignin fractions light scattering lignin linear liquid chromatography macromolecules macroporous matrix membrane MeOH methanol method micelle ml/h mobile phase molecular mass molecules NaPSS obtained packing parameter particle paucidisperse peak Phys polyelectrolytes polymer polymerization polystyrene pore volume porous proteins pullulan PVOH radius resins retention volume sample sedimentation equilibrium separation silica gel Size Exclusion Chromatography solvent sorbent stationary phase Stokes radius Superdex Superose surface thermodynamic ultracentrifuge universal calibration Unmodified Silica values velocity viscosity zone