Cluster Electric Spectroscopy of Colloid Chemical Oxyhydrate Systems

<ul><li>Abstract and Acknowledgments</li><li>Part 1 Molecular Brownian Motors of Colloid Oxyhydrate Systems</li><li>Chapter 2 The Liesegang Operator</li><li>Chapter 3 Optical Properties of Gel Oxyhydrates and Gel Clusters, Oxyhydrate "Noise"</li><li>Chapter 4 Research into Self-Organization Pulsation Ion Flows in Oxyhydrate Gels</li><li>Chapter 5 Caustics of Stochastic Flow Clusters and a Solution to the Problem of Formation of Very Cluster's Particles</li><li>Chapter 6 Lagrangian Mappings' Caustics in Gel Oxyhydrate Magnetic Ferrofluid</li><li>Chapter 7 The Form and the Mechanism of Stochastic Wave Clusters near Graphite Recording Electrodes</li><li>Chapter 8 New Principles of Research into Imperfect Crystallographic Forms of Colloid Chemical Clusters</li><li>Chapter 9 Electroglobules, Fulleroids and Multipoles</li><li>PART 2 Application Phenomena of Oxyhydrate Brownian Motors</li><li>Chapter 11 Crystallographic Composition of Synthetic Oxyhydrate Systems</li><li>Chapter 12 Textural Morphological Parameters of Oxyhydrates and their Sorptive Parameters</li><li>Chapter 13 Thermodynamics of Cation Exchange Sorption</li><li>Chapter 14 Sorptive Kinetic Properties of Oxyhydrate Gel Systems</li><li>Chapter 15 The Use of Oxyhydrate Sorbents in Applied Radiochemistry and Hydrometallurgy</li><li>Chapter 16 The Antibacterial Activity of Zirconium Oxyhydrate of d- and f-Elements with Carbon Presence</li></ul>