Sol–Gel Process

Abstract

Search String Advanced > Saved Searches > Search in this Book > ARTICLE TOOLS Save to My Profile Export Citation for this Article E-mail Link to this Article More Sharing ServicesShare | Share on citeulike Share on facebook Share on delicious Share on www.mendeley.com Share on twitter Abstract Article Figures Tables References View Full Article (HTML) Get PDF (1290K) Abstract The sections in this article are Introduction Physico-Chemical Basis and Principles of Sol–Gel Processing for the Preparation of Porous Solids Activation of Sol–Gel Precursors Polycondensation Gelation/Aging/Washing Gel Drying/Desolvation Stabilization of Xerogels and Aerogels Application of Sol–Gel Processing for the Preparation of Solid Catalysts Bulk Catalytic-Phase Materials: Xerogels and Aerogels Monometallic Catalytic Materials Alumina Chromia Titania Multimetallic Composite Catalytic Phases Spinel Compounds Hydrotalcites Perovskites Catalytic Materials and Modifiers Entrapped in Porous Matrices Atoms or Molecular Substances Entrapped by Co-Condensation at the Colloidization Step Mixed Metal Oxides Xerogels and Aerogels Hybrid Organic–Inorganic Interphase Catalysts Molecular Substances Adsorbed or Entrapped at the Gelation Step Functionalized Organic Catalysts Inorganic Molecular Catalysts Enzymes Nanoparticles of Catalytic Phases Entrapped in Inorganic Porous Matrices Metals Other Inorganics Functionalized and Templating Polymers Catalytic Coatings, Films, and Membranes Monolith Coating Microreactors Thin, Nanometric Catalytic Films Catalytic Membranes Summary