Fundamentals of Interface and Colloid Science

2) Polyelectrolytes (M. Cohen Stuart et al.).

Charge and charge distribution, configurations, viscosity, conductivity. complexes, effect on colloid stability.

3) Proteins at interfaces (W. Norde et al.).

Structures, driving forces, solid-liquid and liquid-fluid interfaces, reversibility, competetive adsorption.

4) Association colloids (J. Christer Eriksson et al.).

Micelles, of various shapes, vesicles, critical micelle concentration, thermodynamics for small systems, self-assembly, model interpretations.

5) Microemulsions (T. Sottmann, R. Strey).

Phase behaviour, microstrcture, interfacial tension and bending energies, emphasis on non-ionic systems.

6) Thin films (D. Platikanov, D. Ekserova).

Experimental, thickness issue, thermodynamics, non-equilibrium states, disjoining pressure, black films, flow in films, stability.

7) Foams (V. Bergeron, P. Walstra).

Structure, foaming agents, formation. stability, coalecsence, rheology, optics, anti-foam and defoaming.

8) Emulsions (P. Walstra).

Characterizaion, preparation, stability, incl. Ostwald ripening and coalecscence, aggregation, creaming, Pickering stabilisation.

(i) Symbol list.

(ii) Cumulative subject index Volumes I through V(H. Lyklema).