Verwey E.J.W., Overbeek J.Th.G. — Theory of the stability of lyophobic colloids :: Электронная библиотека попечительского совета мехмата МГУ

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Verwey E.J.W., Overbeek J.Th.G. — Theory of the stability of lyophobic colloids

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Название: Theory of the stability of lyophobic colloids

Авторы: Verwey E.J.W., Overbeek J.Th.G.

Аннотация:

This chemistry classic offers an excellent, highly relevant account of the stability of lyophobic colloids and suspensions and develops a quantitative theory on the subject. Major topics consist of the theory of a single double layer (with considerations of the distribution of the electric charge)

Язык:

Рубрика: Химия/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1948

Количество страниц: 205

Добавлена в каталог: 07.11.2005

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Предметный указатель

$\mathrm{Al_2O_3}$ -sol      9
$\mathrm{As_2S_3}$ -sol      8
$\mathrm{CeO_2}$ -sol      11
$\mathrm{Fe_2O_3}$ -sol      9
$\mathrm{SiO_2}$ -sol      111
Adherence of quartz part-icles to a plane wall      185
Adsorption potential .adsorption theory, Freundlich’s      9
Aggregation, probability of      164
AgI-sol      4 8
Amicronic sols .anisodimensional particles      126
Aschenbrenner, M.      11
Attraction between spherical particles      160
Attractive forces      98
Attractive potential for two plates      101
Au-sol      8
Bear.R.S.      13
Bergmann, P.      13 21 90 106 187
Bernal.J.D.      12 13 125
Boltzmann’s theorem      23
Born-repulsion      163 181
Born.M.      50
Brownian movement      166
Bungenberg de Jong, H.G.      3
Casimir, H.B.G.      23 60 105 185
Chapman, D.L.      22
Charge of the double layer      30
Charge, surface      5 74
Charging methods, equivalence of two      63
chemical potential      47
Coagulation, time of      167
Coagulation, velocity      166
Collisions, number of      166
Colloids, irreversible      2
Colloids, lyophilic      1
Colloids, lyophobic      1
Colloids, reversible      2
Corkill.A.J.      21 67 188
De Boer.J.H.      14 15 17 20 100 195
De Bruyn.H.      46
De Smet, M.      49
Debye.P.      22 58 98
Derjaguin, B.      21 32 52 90 136 137 158 167 187 189
Diffuse charge layer according to the theory of Gouy — Chapman      28
Dilatancy      14 15
Discharging process with constant surface potential      57
Double layer      6
Double layer around a spherical particle      37
Double layer at the interface of two liquids      34 49
Double layer interaction      51 60 66
Double layer with constant charge      62
Double layer, charge and potential in the electrochemical      22
Double layer, diffuse      5
Double layer, flat      25
Double layer, free energy of the      54 58
Double layer, single      1
Double layer, Stern’s theory for a flat      41
Double layers, interaction of two double diffuse      75
Dube, G.P.      21 92 135 143 146 152 188 189
Einstein, A.      166
Electro-endosmosis      48
Electro-kinetic phenomena      49
Electrocapillary curve      55
Electrodeposition of fine suspensions      17 178
Electrolytes, indifferent      7
Electrophoresis      48
Electroviscous effect      3
Emde, F.      69
Emulsifiers, two kinds of      134
Emulsions.      18 34 133
Energy and free energy of the double layer      190
Energy of interaction (two spheres), total potential      160
Energy, configurational      190
Ettisch, G.      9
Fankuchen, I.      12 13 125
Flat plates, attraction between two      100
Flat plates, interaction of two parallel      66
Flocculated systems      108
Flocculating concentration      117
Flocculation values      8 9 172
Flocculation velocity      166
Free energy of a double layer system      51
Free energy of the double layer      54 58
Free energy, chemical part of the      53
Free energy, electric part of the      53
Freundlich, H.      8 9 13 14 125 126 130
Fuchs, N.      164
Gelation      10
Gibbs — Helmholtz equation      192 193
Goodeve, C.F.      12
Gouy — Stern layers, charges in the combined      129
Gouy, G.      22
Gouy-layer      42
Green’s Theorem      60
Gundermann, J.      13
Gyemant, A.      186
Hamaker, H.C      17 20 100 103 121 125 160 178 180 181 195 198
Hauser, E.A      12
Heller.W.      12 13 125
Hess, K      13
Hiickel, E.      22 56
hydration      2
Interaction of colloidal particles      20
Interaction of double layers      6
Interaction of two spherical double layers      149
Interaction, energy of .for large particles, when $\kappa_a$ is small      143
Interaction, energy of for large particles with a thin double layer      137
Interaction, small      70
Interaction, strong.      71
Interface liquid/liquid.      75
Ishizaka, N.      9
Jacobson, K.      13
Jahnke, E.      69
Joachimson, K.      9
Jonker, G.H.      178
Juliusburger, F.      126
Kallmann.H.      20
Keesom.W.H.      98
Kiessig.H.      13

Kinetics of coagulation      164
Kirkwood, J.G.      23 99
Klompe, M.A.M.      8
Kruyt, H.R.      1 3 4 8 9 11 12 46 167 176 178
Kussakow, M.      21
Langmuir, I.      19 21 42 90 187 195
Langmuir’s method of discussing stability.      195
Laplace operator      23
Levine, S.      21 92 135 143 146 152 188 189
Lewis, W.C.M.      186
Lippmann equation      55
London — Van Der Waals forces, relativity correction to the theory of      104
London, F.      19 98
London-Van Der Waals attraction forces      19 98
London-Van Der Waals constant A      121
Long-range attractive forces      19
Low-Beer, P.      13 21 90 106 187
Lyotropic influence.      181
Macromolecule      2
March, A.      186
Miiller, H.      38 39 131
Minimum in the potential curves for great distances      124 182
Moorkens, M .      49
Morawitz, H.      8
Moulding      16
Neugebauer, Th.      99
Niessen, K.F.      25 34
Osmotic pressure      196
Overbeek, J.Th.G.      21 49 126
Palmer, K.J.      13
Particle radius, influence of on stability      176
Particles, anisodimensional      126
Philippoff, W.      13
Plasticity      15 16
Poisson’s equation.      23
Polder, D.      105 185
Postma, J.      11
Potential curves      20
Potential determining ions      46
Potential energy curve, influence of the concentration of electrolyte on the      115
Potential energy curves for two flat plates      110
Potential energy for two flat double layers      76
Potential energy, total      106
Quimfe, G.      12
Recondary minima in the energy curves      184
Reitstotter, J.      167
Repeptization phenomena      181
Repulsion for intermediate values of $\kappa_a$       157
Repulsive potential      81 83
Repulsive potential between two spherical particles      140
Repulsive potential, influence of the concentration of electrolytes.      86
Repulsive potential, influence of the valency      88
Repulsive potential, via the force      90
Retardation effects on the London — van der Waals forces      105 183
Rheopexy      125
Rice, O.K.      186
Roder, H.L.      14
Rosenhead, L.      21 67 188
Rutgers.A.J.      25 49 50
Schiller-layers      90 188
Schmitt, F.O.      13
Schulze and Hardy, rule of      7 119 173 188
Sediment, plastic      15
sediment, volume of the      15
Slater, J.C.      99
Slipping-plane      48
Small particles, low stability of      171
Spherical colloidal particles, interaction of      135
Spherical particles, charge and potential of two interacting      144
Spontaneous repeptization      181
Stability      6
Stability conditions, graphic survey of the      115
Stability curves      121
Stability of colloids      164 169
Stability of emulsions      133
Stability of small particles      124
Stability with respect to “coarsening”      186
Stability, colloid      107
Stability, influence of thermal motion of particles      123
Stable systems      108
Stauff, J.      13
Stern correction for spherical particles      180
Stern correction on the interaction of two flat plates      126
Stern equation      43
Stern theory, flocculation values according to the      132
Stern, O.      41 127
Stern-layer      42
Streaming-potentials      48
Structure of the soil      17
Surface charge (function of plate distance)      74
Surface potential      46
Suspensions      13
Suspensions, mechanical and rheological behaviour      10
Suspensions, stable and flocculated      14
Swelling and shrinking, general discussion on      189
Tactoids      13 125
Thickness of the diffuse layer      27
Thixotropic gelation      125
Thixotropy      10
Tobacco mosaic virus      13 125
Total potential energy, curves of      161
Troelstra, S.A.      176
Two layers, separation into      196
Valency of ions, influence on flocculating concentrations      119
van Arkel, A.E.      167 178
Van Der Made, J.E.M.      11
Van Der Minne, J.C.      134
van der Waals — London attraction forces      see “London”
Van Laar, J.J.      92
Verlende, Ed.      25
Verwey, E.J.W.      4 9 14 15 15 17 21 25 34 46 50 72 76 126 131 133 178
Von Buzagh, A.      185
Von Elissafoff, G      8
Von Smoluchowski, M.      164
Westgren, A.Wijga, P.W.O.      49
Willstatter, M.      20
Zeta potential      46
Zocher, H.      13 21 90 106 187

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