Colloidal systems and interfaces / Sydney Ross, Ian Douglas Morrison.

CONTENTS

PART 1 : Particulars
Chapter 1A. Optical properties- light scattering
Chapter 1B : Kinetic properties - Rheology
1. Classification of flow
2. Instruments of measure viscosity

Chapter 1C Statistical properties
1. Brownian motion
2. Colligative properties
3. Fractals

Chapter 1D : Size and surface area
1. Particle sizing techniques for coarse particles
2. Particle sizing techniques for fine particles
etc

Chapter 1E : Processing methods for making emulsion and suspension
1. High-shear mills
2. Impact mills
3. Chemical processing

PART 2 : Interfaces
Chapter IIA : Capillary of pure liquids
1. Molecular theory of surface tension
2. Molecular theory of interfacial tension
3. Dispersion force contribution to interfacial tension
etc

Chapter IIB : The relation of capillary of phase diagram
1. Introduction
2. Regular solution theory

Chapter IIC : Surface active solutes
1. Introduction
2. Range of solute from lipophilic to hydrophilic
etc

Chapter IID : Physical properties of insoluble monolayers
Chapter IIE : Aqueous solutions of surface active solutes
1. Absorption
2. Lundelius' rule and the Ferguson effect
etc

Chapter IIF : Surface activity in nonaqueous media

Chapter IIG : Thermodynamic of adoption from solution
1.The gibbs adsorption isotherm
2. The surface tension isotherm
3. Adsorption isotherm
etc

PART III : Stability of dispersion
Chapter IIIA : Force attraction
Chapter IIIB: Force of repulsion
Chapter IIIC : Stability of systems
Chapter IIID : Kinetics coagulation

PART IV : Dispersed phase systems
Chapter IV A : Emulsions
Chapter IV B : Foams
Chapter IV C : Suspension
References of part IV on PG 374-382

Bibliography : p.385-389 . _ Index : p415-422