PolyelectrolytesKurt Charles Frisch, Daniel Klempner, Angelos V. Patsis |
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Page 31
... bind the reactant to the macromolecule by hydrophobic forces . Electrostatic forces , which provide the main binding mechanism in almost all the cases discussed above , seem to be of relatively minor importance in this work , since the ...
... bind the reactant to the macromolecule by hydrophobic forces . Electrostatic forces , which provide the main binding mechanism in almost all the cases discussed above , seem to be of relatively minor importance in this work , since the ...
Page 173
... binding a cationic dye , cf. Table 13. The binding of a sulfonic dye makes a non - ionic polymer anionic . There is a viscosity increase and a Fuoss effect . The binding power is not dependent solely on the base strength of the cationic ...
... binding a cationic dye , cf. Table 13. The binding of a sulfonic dye makes a non - ionic polymer anionic . There is a viscosity increase and a Fuoss effect . The binding power is not dependent solely on the base strength of the cationic ...
Page 174
... binds the enzyme by its operational functionality , one deactivates it . Thus trypsin has an amino group essential for converting prothrombin to thrombin . If one binds trypsin on ... binding . Heparin , being a sulfated 174 G. D. Jones.
... binds the enzyme by its operational functionality , one deactivates it . Thus trypsin has an amino group essential for converting prothrombin to thrombin . If one binds trypsin on ... binding . Heparin , being a sulfated 174 G. D. Jones.
Contents
Polyelectrolyte Complexes | 34 |
Equilibrium and Transport Properties of Polyelectrolyte Solutions | 91 |
The Grafting of Polyelectrolytes and Their Applications | 115 |
Copyright | |
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Common terms and phrases
acid copolymer activity coefficient anionic anisotropy applications aqueous Biopolymers carboxylic cationic cell cellulose CHâ‚‚ charge density Chem chemical chloride coating concentration counterions crosslinked curve derived dextran dichroism dielectric dilution dispersion DNPP effect electric birefringence electric field electric polarizability electro-optical electrolyte electrostatic Equation experimental fibers field strength Figure film flocculant flux fraction graft copolymer groups homopolymer hydrolysis increase induced dipole ionic ionomers k/ko latex macroion Macromolecules measurements melt methacrylate METHACRYLIC ACID method mobile ions mole molecular weight molecules monomer Morawetz neutral obtained optical anisotropy paper parameter particles PEC resins Phys Poisson-Boltzmann equation polarizability poly polyanion polycation polyelectrolyte complexes polyelectrolyte solutions polyethylene polyion polymer polymeric polysaccharide properties PVBA-CI pyridine rate constant reactants reaction relaxation resins salt samples side chains sodium solvent specific starch studies styrene substrate sulfonate Surlyn Table Tappi temperature tion values vinyl viscosity xanthan Yoshioka zinc