Page 310 - Introduction to Colloid and Surface Chemistry
P. 310

Index  299

        Capillary condensation, 68,121-6,  measurement of,  155-8
            134                        Cosmetics, 1,243,262
        Capillary pressure,  126-7,157-8,  Coulter counter, 263-4
            160,272,275                Counter-ions, 37,90-91,174-5,178,
        Capillary rise, 70-1,125           181,182-3,211,214-15,227-8
        Capillary viscometer, 245-7    Creep,101-2,257-9
        Cardioid condenser,  52-3      Critical:
        Catalysis, 2,89-90,138,140-43    coagulation concentration (c.c.c,),
        Charge effects in diffusion  and sedi-  210-11,225-8,232
            mentation, 37                flocculation  temperature (c.f.t.),
        Chemisorption,  116-19,121,128,    239
            132-3,136,139-43,145-8,172   micelle concentration (c.m.c.), 17,
        Chi potential, 186                 84-7,89-93
        Chromatography, 1,169            surface tension, 153-4,165
        Classification of colloidal systems,  Crystal faces, 137-8,143-5
            3-4                        Crystal growth, 11-14
        Clausius-Clapeyron equation, 116  Crystal lattice, 143
        Clay dispersions, 5,7,193,215,223,  Curved interfaces, 67-9,70-6,181,
            241-2,255,267                  199-200,202-6,212-14,216,272
        Coagulation, 210-11,220,225-33,
            263-4                      Dark-field microscopy, 52-3,192
        Coalescence  of emulsion droplets,  Debye-Hiickel approximation, 179-
            263-6, 268                     80,202,214
        Cohesion, 94                   Debye-Hiickel  reciprocal thickness,
        Co-ions, 174,177-8,182-3,211       179-81,185,199-206,213-15,
        Collapse pressure, 105, 111, 112-13  219,221-2,223,226-7
        Colloidal  dispersions:        Debye light scattering equation, 56,
          classification of,  3-5          58-60
          preparation of, 10-14,16-20  Denaturation of proteins,  110-11
          stability of, 210-43,263-6,268-9  Depletion  flocculation,  241
          viscosity of, 249-51,252-5   Depth of focus, 46-7,49
        Competitive  adsorption,  129,169-71  Deryagin-Landau  and Verwey-
        Concentric cylinder viscometers, 44-  Overbeek (D.L.V.O.) theory,
            45,247-8                      211-22,227-8
        Condensed  monolayers, 103,105-6,  Detergency, 1,79,89,163-9,193,
            108,265,275                   268
        Conductance:                   Dialysis,  18-19
          of micellar solutions, 84,90-91  Dielectric dispersion, 44-5
          at surfaces, 203-6,208-9     Diffuse  electric double layer,  174-
        Cone and plate viscometer,  247-8  81,200-206,212-15
        Contact angles, 70-73,125-7,151-  Diffusion,  21,26-31,89,229-30
            66,265                       coefficient,  25-31, 35-6, 39,62,
          hysteresis, 125-6,156           230
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