Sol-Gel Technology for Thin Films, Fibers, Preforms, Electronics and Specialty Shapes

Part I. Chemistry and Phase TransformationsMulticomponent Glasses from the Sol-Gel ProcessSimulation of the Sol-Gel ProcessPhase Transformation in Gels: A Comparison of the Phase Transformation Behavior of Gel-Derived and Ordinary Na2O-SiO2 GlassesPart II. Coatings, Thin Films and Surface TreatmentThin Films from the Sol-Gel ProcessAntireflective Films from the Sol-Gel ProcessOxynitride Thin Films from the Sol-Gel ProcessPart III. Continuous, Discontinuous and Woven FibersFibers from the Sol-Gel ProcessAlumina-Boria-Silica Ceramic Fibers from the Sol-Gel ProcessContinuous Filament Fibers by the Sol-Gel ProcessPart IV. Monoliths, Shapes and PreformsMonolith Formation from the Sol-Gel ProcessThermal Insulation Materials from the Sol-Gel ProcessUltrapure Glasses from Sol-Gel ProcessesParticulate Silica Gels and Glasses from the Sol-Gel ProcessPart V. Special ApplicationsElectronic Ceramics Made by the Sol-Gel ProcessSuperionic Conductors from the Sol-Gel ProcessHollow Glass Microspheres by Sol-Gel TechnologyFilters and Membranes by the Sol-Gel ProcessIndex