Foundations of Colloid Science, Volume 2 |
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Page 829
This length may be thought of as the ruler with which we measure distances in
the dispersion , and apparently different dispersions may often have identical
structures when each is measured with its own particular ruler . We have already
...
This length may be thought of as the ruler with which we measure distances in
the dispersion , and apparently different dispersions may often have identical
structures when each is measured with its own particular ruler . We have already
...
Page 832
Anticipating the results of the next section , this quantity modulates the intensity of
radiation scattered by the dispersion , and we expect to see maximum scattered
intensity at Q = 20 / ro , where ro is the most probable pair separation between ...
Anticipating the results of the next section , this quantity modulates the intensity of
radiation scattered by the dispersion , and we expect to see maximum scattered
intensity at Q = 20 / ro , where ro is the most probable pair separation between ...
Page 865
dispersion , the nematic structure factor S ( Q ) ( see Pynn , 1975 ) may be
determined using eqn ( 14 . 5 . 2 ) . Equation ( 14 . 5 . 2 ) has two limits which are
of practical interest . The first concerns the case when the interactions between ...
dispersion , the nematic structure factor S ( Q ) ( see Pynn , 1975 ) may be
determined using eqn ( 14 . 5 . 2 ) . Equation ( 14 . 5 . 2 ) has two limits which are
of practical interest . The first concerns the case when the interactions between ...
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Contents
Contents of Volume I | 675 |
ADSORPTION FROM SOLUTION | 709 |
THE STRUCTURE OF CONCENTRATED | 827 |
Copyright | |
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adsorbed adsorption applied approach approximation assumed average becomes behaviour bulk calculated Chapter charge Chem Colloid interface Sci colloidal component concentration constant correlation corresponding density depends described determined developed direction discussed dispersion distance double layer droplets effect electrical electrokinetic electrolyte emulsion energy equation equilibrium estimate et al example Exercise experimental expression factor field film flow fluid force fraction function given gives groups important increases interaction interface involved ions limit liquid material measured microemulsion molecules Note observed obtained occur pair parameters particles phase positive possible potential pressure problem procedure radius range reduces referred region result scattering Section separation shear rate shown solution specific spheres stability stress structure surface surface charge surface tension suspension temperature theory thin usually values viscosity volume zero