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This book presents a broad, general introduction to the processing of Sol-Gel technologies. This updated volume serves as a general handbook for researchers and students entering the field. This new edition provides updates in fields that have undergone rapid developments, such as Ceramics, Catalysis, Chromatropgraphy, biomaterials, glass science, and optics. It provides a simple, compact resource that can also be used in graduate-level materials science courses.
This book presents a broad, general introduction to the processing of Sol-Gel technologies. This updated volume serves as a general handbook for researchers and students entering the field. This new edition provides updates in fields that have undergone rapid developments, such as Ceramics, Catalysis, Chromatropgraphy, biomaterials, glass science, and optics. It provides a simple, compact resource that can also be used in graduate-level materials science courses.
Dr Alain C. Pierre is an expert in the field of Sol-Gel processing and has both written and contributed to influential books on the topic. He received his PhD from MIT and served as a professor at University of Alberta and the Université Claude Bernard-Lyon 1 before retiring in 2011.
Inhaltsangabe
Chapter 1. General introduction.- Chapter 2. The Sol-Gel chemistry of oxides from metal salts.- Chapter 3. The Sol-Gel chemistry of oxides from alkoxides.- Chapter 4. The Sol-Gel chemistry of non-oxides.- Chapter 5. Nanoparticles formation.- Chapter 6. Peptization of colloidal soils.- Chapter 7. Gelation.- Chapter 8. Wet gels and their drying.- Chapter 9. Dry gels.- Chapter 10. Hybrid organic-inorganic and composite materials.- Chapter 11. Surfactant templated Sol-Gel materials.- Chapter 12. Phase transformation.- Chapter 13. Sintering Sol-Gel ceramics.- Chapter 14. Applications of Sol-Gel processing.
Table of Content.- 1 - General Introduction.- 1.1 - Short history.- 1.2 - Sols, gels and gelation.- 1.3 - Outline of sol-gel processing.- 1.4 - Recent developments.- 1.5 - Advantages and limitations of sol-gel processing.- 1.6 - Organization of the book.- 1.7 - References.- 2 - The Chemistry of Precursors Solutions.- 2.1 - Introduction 11 2.2 - Solvents.- 2.2 - Solvents.- 2.3 - Basis of precursors transformations in solution.- 2.4 - Metal salts solutions.- 2.5 - Alkoxides solutions.- 2.6 - Other precursors.- 2.7 - Precursors mixing.- 2.8 - Non-oxide solutions.- 2.9 - References.- 3 - Colloidal Particles and Sols.- 3.1 - Introduction.- 3.2 - Nucleation and growth of particles in a liquid medium.- 3.3 - Powders not synthesized in liquid medium.- 3.4 - Sols.- 3.5 - Other phenomena in sols.- 3.6 - References.- 4 - Gelation.- 4.1 - Introduction.- 4.2 - Gelation and percolation models.- 4.3 - Growth-gelation models.- 4.4 - Experimental study of gelation.- 4.5 - Gelation mechanisms of ceramic materials.- 4.6 - References.- 5 - Gels.- 5.1 - Introduction.- 5.2 - Structure and classification of gels.- 5.3 - Properties of wet gels.- 5.4 - Drying gels.- 5.5 - Properties of dry gels.- 5.6 - References.- 6 - New Types of Sol-Gel Derived Materials.- 6.1 - Introduction.- 6.2 - Hybrid organic inorganic materials.- 6.3 - Ordered mesoporous materials made with surfactants.- 6.4 - References.- 7 - Phase Transformations.- 7.1 - Introduction.- 7.2 - Chemical transformations at intermediate temperatures.- 7.3 - Topotactic crystallization.- 7.4 - Glass formation.- 7.5 - Crystallization by nucleation and growth.- 7.6 - Conversion of oxides to non-oxides.- 7.7 - References.- 8 - Sintering Sol-Gel Ceramics.- 8.1 - Introduction.- 8.2 - Possible texture evolution.- 8.3 - Atomic transport mechanismsoperating during sintering.- 8.4 - Grain growth.- 8.5 - Interaction of pores with the sintering process.- 8.6 - Hot-pressing.- 8.7 - References.- 9 - Applications of Sol-Gel Processing.- 9.1 - Introduction.- 9.2 - Applications in the sol or in the gel state.- 9.3 - Coatings and thin films.- 9.4 - Fibers.- 9.5 - Monoliths.- 9.6 - Filtration membranes.- 9.7 - Sol-gel catalysts.- 9.8 - Applications of hybrid organic inorganic materials.- 9.9 - References.
