Preparation of multifunctional coating materials and their applications: Dissertation

Keyphrases

• Electrical Conductivity 100%
• Coating Materials 100%
• Hybrid Glass 100%
• Glass Material 100%
• Axicon 100%
• Multifunctional Coating 100%
• Fold Increase 100%
• Visible Spectrum 50%
• Hybrid Materials 50%
• Near-infrared 50%
• Conductivity Values 50%
• Over 80 50%
• Methacrylic Acid 50%
• Abrasion Resistance 50%
• Sol-gel Method 50%
• Alkoxide Precursors 50%
• Polycarbonate Substrate 50%
• Diffractive Optics 50%
• Optical Density 50%
• Infrared Absorption 50%
• Sol-gel Powder 50%
• Antimony-doped Tin Oxide 50%
• Photopatternable 50%
• Benzoylacetone 50%
• Dye Molecules 50%
• Tin Alkoxide 50%
• Scratch Resistance 50%
• Layered Coating 50%
• Multilayered Coatings 50%
• Protective Eyewear 50%
• Specific Applications 50%
• Organic Hybrid 50%
• Photopatternability 50%

INIS

• applications 100%
• coatings 100%
• hybrids 60%
• values 40%
• comparative evaluations 40%
• doped materials 40%
• wavelengths 40%
• lasers 40%
• fabrication 40%
• glass 40%
• sol-gel process 40%
• electrical conductivity 40%
• substrates 20%
• precursor 20%
• molecules 20%
• transmission 20%
• range 20%
• synthesis 20%
• filters 20%
• dyes 20%
• alkoxides 20%
• tin 20%
• tin oxides 20%
• abrasion 20%
• methacrylic acid 20%
• polycarbonates 20%
• antimony 20%
• optical density 20%

Material Science

• Sol-Gel 100%
• Electrical Conductivity 100%
• Glass 100%
• Multifunctional Coating 100%
• Hybrid Material 50%
• Wear Resistance 50%
• Polycarbonate 50%
• Tin Dioxide 50%
• Antimony 50%
• Novel Material 50%
• Density 50%
• Tin 50%