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INTRODUCTION COLLOIDAL SYSTEMS AND THE SUBJECT
Heterogeneity of Colloidal Systems as Their Basic Distinction from
Importance of Colloidal Systems and Colloidal Processes in Nature
86 other sections not shown
according acid action adsorbed adsorption adsorption layer aerosol amount aqueous Brownian motion calculated capillary cations caused chain charge chemical coagulation colloid chemistry colloidal particles colloidal solutions colloidal systems concentration condensation constant counterions crystal curve cuvette decreases density depends determined diffusion diluted dimensions disjoining pressure dispersed phase dispersed systems dispersion medium dissolve droplets effect electric double layer electric field electrokinetic electrolytes electroosmosis electrophoresis emulsifier emulsions entropy equation equilibrium example film flow foam forces formation formed gelation groups heat high molecular weight hydrocarbon increases interaction interface ionogenic ions isotherm latices light scattering liquid lyophobic lyosols macromolecular substances method micelle mole molecular weight molecules non-polar obtained osmotic pressure owing peptization phenomena polar polymer potential powder precipitate properties quantity radius result sedimentation soaps solid solvation solvent spherical structure surface tension surfactants suspension swelling temperature theory thermodynamic thickness thixotropy tion vapour viscosity volume wetting