Modern Liquid Chromatography of MacromoleculesModern Liquid Chromatography of Macromolecules |
Contents
| 1 | |
Chapter 2 Main features of the chromatography of macromolecules | 69 |
Chapter 3 Interpretation of data on the analysis of polymers by gel chromatography | 117 |
Chapter 4 Methodological problems of gelpermeation chromatography GPC | 149 |
Chapter 5 Use of gelpermeation chromatography for the analysis of macro molecules investigation of their interaction and the characterization of the ... | 271 |
Chapter 6 Highperformance gelfiltration chromatography HPGFC | 327 |
Chapter 7 Thinlayer chromatography of polymers | 361 |
fieldflow fractionation and hydrodynamic chromatography | 415 |
| 429 | |
Atomic Absorption Spectrometry | 433 |
Announcing a new journal | 436 |
Common terms and phrases
according to eqn acetone adsorption analysis ATLC B.G. Belenkii block copolymer calibration dependence characteristics Chem chromato chromatographic columns chromatographic peaks chromatographic process chromatographic system chromatographic zone columns packed components composition concentration corresponding curves decrease detector determined diameter diffusion distribution coefficient divinylbenzene efficiency eluent elution rate equation ethyl experimental flow rate fractionation free energy function Gaussian function gradient graft copolymers Hence homologues homopolymers HPGFC increase injection instrumental spreading interaction liquid chromatography macromolecules macroporous glasses methanol method mixture mobile phase molecular weight molecules obtained oligomers optimization optimum parameters particle plate PMMA Poly polydispersity polyelectrolyte polymer polystyrene possible pressure drop proteins PTLC pump range ratio retention volumes sensitivity separation silica gel solution solvent sorbent spot styragel styrene substance temperature theoretical plates TSK G universal calibration valve Vilenchik viscosity xerogel