Solid - Liquid DispersionsBohuslav Dobias, Xueping Qiu, Wolfgang von Rybinski Reviews a range of fundamental concepts, recent developments and practical applications in dispersion theory, along with relevant insights from colloidal and interfacial science. The text contains new work on the stabilization of solid-liquid dispersions. It focuses on topics as varied as electrostatics, hydrodynamics and rheology. |
Contents
II | viii |
III | viii |
IV | 11 |
V | 14 |
VI | 31 |
VII | 41 |
VIII | 44 |
IX | 46 |
XXXIII | 266 |
XXXIV | 269 |
XXXV | 274 |
XXXVI | 276 |
XXXVII | 280 |
XXXVIII | 289 |
XXXIX | 295 |
XL | 317 |
X | 60 |
XI | 71 |
XII | 78 |
XIII | 80 |
XIV | 93 |
XV | 105 |
XVI | 125 |
XVII | 127 |
XVIII | 131 |
XIX | 139 |
XX | 154 |
XXI | 157 |
XXII | 177 |
XXIII | 180 |
XXIV | 201 |
XXV | 205 |
XXVI | 209 |
XXVII | 213 |
XXVIII | 227 |
XXIX | 241 |
XXX | 244 |
XXXI | 245 |
XXXII | 260 |
Common terms and phrases
4-nitrophenol adsorbate layer adsorbed amounts adsorption adsorption density adsorption isotherms aggregates anionic behavior bilayer bonding Brownian motion bubble bulk Ca2+ calcite calcium calculated cationic surfactants chain Chem coagulation coefficient Colloid Interface Sci components constant counterions CpCl curve decreases depends diffusion dipole dispersion distribution DLVO theory double layer electrolyte electrostatic enthalpy equation equilibrium experimental factant flocculation flocs flotation flow fluid fluorite forces formation free energy function hemimicelles hydrophobic increase interaction ions isotherms kaolin kaolinite kinetic lattice liquid measurements micelles mills mineral mol L-1 mol m-2 molecules monolayer N₂ nonionic nonionic surfactants obtained parameter particles phase phenols plateau polyacrylate polyelectrolyte polymer polymerization quartz radius region Reynolds number sample segments shear rate slurry sodium solubility solution solvent stability stream function stress structure surface charge surface coverage surfactant concentration theory tion velocity viscosity volume Waals Yoon zeta potential