279
11-§. THE ELECTRICAL PROPERTIES OF THE ZULUS.
136
11.1-§. Electrokinetic phenomena in dispersed systems.
Electrophoresis and electro-
osmosis.
136
11.2-§. Precipitation and leakage potentials.
141
12-§. THEORIES ABOUT THE STRUCTURE
OF A DOUBLE ELECTRIC
RESERVOIR.
143
12.1-§. Theories of Helmholtz and Perrin, as well as Guy and Chapman.
143
12.2-§. O. Stern and modern theories.
149
13-§. ON THE STRUCTURE OF COLLOIDAL PARTICLES
THE MICELLAR THEORY. ELECTRICAL
CONDUCTIVITY OF COLLOIDAL
SOLUTIONS.
153
13.1‒§. Micellar theory of the structure of colloidal particles.
153
13.2-§. Electrical conductivity of colloidal solutions.
158
14-§. THE STABILITY OF LYOPHOBIC ZULUS.
160
14.1-§. Theory of stability of colloidal solutions. The DLFO theory.
160
14.2-§. Factors affecting the stability of colloids and problems of increasing stability
165
15-§. COAGULATION. MECHANISM AND RATE OF COAGULATION.
169
15.1-§. Mechanism of coagulation.
169
15.2-§. The coagulation rate.
173
16-§. MUTUAL COAGULATION OF COLLOIDS.
IMPORTANT RULES OF
COAGULATION.
179
16.1-§. Coagulation of colloids from colloidal action.
179
16.2-§. Important rules of coagulation.
180
Questions on topics covered in the fifth Chapter
185
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