Optical and electrical properties of fluorine-doped gallium-tin oxide composite films on PET prepared by ECR-MOCVD

Engineering & Materials Science

• Metallorganic chemical vapor deposition 100%
• Composite films 90%
• Gallium 90%
• Fluorine 87%
• Tin oxides 87%
• Polyethylene terephthalates 82%
• Optical properties 78%
• Oxide films 78%
• Electric properties 67%
• Hall mobility 31%
• Binding energy 25%
• Zinc oxide 21%
• Opacity 20%
• Thin films 14%
• Wavelength 13%
• Surface roughness 13%
• Substrates 11%

Physics & Astronomy

• gallium oxides 81%
• polyethylene terephthalate 71%
• fluorine 63%
• tin oxides 61%
• metalorganic chemical vapor deposition 60%
• electrical properties 46%
• optical properties 41%
• composite materials 38%
• zinc oxides 15%
• oxide films 14%
• binding energy 13%
• surface roughness 13%
• transmittance 13%
• electrical resistivity 10%
• thin films 8%
• wavelengths 7%

Chemical Compounds

• Electrical Property 53%
• Optical Property 46%
• Oxide 34%
• Composite Material 31%
• Liquid Film 30%
• Tin Oxide 22%
• Surface Roughness 21%
• Transmittance 21%
• Binding Energy 18%
• Compound Mobility 16%
• Wavelength 15%