Lisa C Klein
Sol-Gel Technology for Thin Films, Fibers, Preforms, Electronics and Specialty Shapes
Herausgeber: Klein, Lisa C
Lisa C Klein
Sol-Gel Technology for Thin Films, Fibers, Preforms, Electronics and Specialty Shapes
Herausgeber: Klein, Lisa C
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Covers principles, developments, and applications of sol-gel technology for thin films, fibers, preforms, electronics, and specialty shapes.
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Covers principles, developments, and applications of sol-gel technology for thin films, fibers, preforms, electronics, and specialty shapes.
Produktdetails
- Produktdetails
- Verlag: Elsevier Science
- Seitenzahl: 428
- Erscheinungstermin: 14. Januar 1989
- Englisch
- ISBN-13: 9781493303342
- ISBN-10: 1493303341
- Artikelnr.: 41641300
- Verlag: Elsevier Science
- Seitenzahl: 428
- Erscheinungstermin: 14. Januar 1989
- Englisch
- ISBN-13: 9781493303342
- ISBN-10: 1493303341
- Artikelnr.: 41641300
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
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
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
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