Particles at Interfaces - Interactions, Deposition, Structure

Abstract

Chapter 1. Significance of particle deposition Chapter 2. Potential interactions among particles 2.1 Introduction 2.2 Electrostatic interactions 2.3 Molecular van der Waals interactions 2.4 Superposition of interactions energy profiles 2.5 Particle adhesion and other non-DLVO interactions Chapter 3. Dissipative interactions 3.1 Introduction 3.2 Basic hydrodynamic equations 3.3 Macroscopic flows near interfaces 3.4 Dynamic of a single particle Chapter 4. Transfer of particles to interfaces linear problems 4.1 The force balance and the mobility of particles 4.2 Migration of particles in external fields 4.3 Particle motion near boundary surfaces-trajectory analysis 4.4 Brownian motion and diffusion 4.5 Phenomenological transport equations 4.6 Solved problems of linear transport to interfaces Chapter 5. Non-linear transport of particles 5.1 Introduction 5.2 Reversible, two-dimensional particle systems 5.3 The random sequential adsorption (RSA) model 5.4 The RSA model of non-spherical particles 5.5 The RSA model of interacting particles 5.6 Other RSA model 5.7 The generalized RSA model