302 index
Lifshitz macroscopic theory of
particle interactions, 217-18,
225,237
Light scattering, 6,10,53-63,84,87,
229, 262-3
Lipid bilayers, 113-14
Lipophilic, definition of, 5
Liquid crystalline phases, 87-8,
221-2
London dispersion forces, 65-7,
117-18,152-3,215-19,223-5
Low energy electron diffraction
(LEED), 141,143-8
Lubrication, 2,243
Lyophilic, definition of, 5
Lyophobic, definition of, 5
Lyotropic series, 235Macromolecules, 3,7-10,14-19,25,
32-45, 54,58-61,110-14,153-
4,172,210, 234-43,251-2
Mark-Houwink equation, 252
Membranes, 18-20,40-4,87-8,
113-14
Mercury porosimetry, 126-7
Metal bonding, 66
Metal oxide sols, 7,11,14,44,51,
176,211,221-2,255
Micellar catalysis, 89-90
Micelles, 3,17,84-93,160,167,262
Microelectrophoresis, 46-7,53,
190-4
Microemulsions, 77,262,269-70
Mie theory of light scattering, 56, 60
Miller indices, 143,145
Mixed surface films, 109,112-14,
163,265,267
Monodispersed systems, 2,8,13-14,
17,59-60,205,233,270
Monomolecular layers, 76-7,94-
114,117,121-3,125,128-36,
139,141-2,145,158,171-3,
265,273-4
Moving boundary electrophoresis,
193-7
Multilayer adsorption, 116-17,121-
3,131-5,172Negative adsorption, 77-8,169-71,
175
Nelsen-Eggersten gas adsorption
technique, 121
Nernst equation, 186-8
Nets, 143-6
Neutron scattering, 63,89
Newtonian viscosity, 244-5,256,258
Non-aqueous dispersions, 169-73,
200,235
Non-linear viscoelasticity, 260-1
Non-Newtonian flow, 245,252-9
Nuclear magnetic resonance spec-
troscopy, 89
Nucleation, 11-14,68Oil well drilling, 2, 5,242,270
Optical microscopy, 6,46-7
Ore flotation, 1,161-3
Origin of surface charge, 174-6
Orthokinetic aggregation, 229
Oscillating jet, 75-6,79-80
Osmometers, 40-2
Osmotic pressure, 9,37-44,84
Ostwald ripening, 11,68-9
Ostwald viscometer, 245-7Paint, 1,243,244,255
Paper, 1,193,243
Particle(s);
adhesion to solid surfaces, 165-7,
224-5
aggregation, 3,7,12,35, 53, 210-
43,244,253-5,263-6,269
counting, 53,229,263-4
electrophoresis, 46-7,53,190-4
interactions, direct measurement
of, 223-4