Metal-free molecular junctions on ITO via amino-silane binding - Towards optoelectronic molecular junctions

Keyphrases

• Aminosilane 100%
• APTMS 33%
• Chemical Binding 16%
• Conductance 16%
• Conducting Polymer 16%
• Counter Electrode 16%
• Electrical Short 16%
• Electrical Transport 16%
• Electrode Expansion 16%
• Electronic Elements 16%
• Free-molecular 100%
• High Spatial Resolution 16%
• High Spectral Resolution 16%
• Indium Tin Oxide 100%
• Light Control 16%
• Light-induced 16%
• Metal-free 100%
• Metallic Electrodes 16%
• Micron-sized 16%
• Molecular Electronics 16%
• Molecular Junctions 100%
• Molecular Layer 33%
• Molecular Optoelectronics 16%
• Molecular Structure 16%
• Non-contact 16%
• Non-metallic 33%
• Optoelectronic Effect 16%
• Optoelectronic Properties 16%
• Photoexcited States 16%
• Photonics 16%
• Plasmonic Effect 16%
• Self-assembled Monolayer 16%
• Thiols 16%
• Tilted Geometry 16%
• Transparent Substrate 16%
• Transport Properties 33%
• Visible Light 16%

Physics

• Chemical Binding 20%
• Excitation 20%
• Indium 100%
• Molecular Electronics 20%
• Molecular Structure 20%
• Optoelectronics 100%
• Photonics 20%
• Silane 100%
• Transport Property 40%
• Visible Spectrum 20%

Material Science

• Indium Tin Oxide 100%
• Molecular Structure 20%
• Self Assembled Monolayer 20%
• Silane 100%