Covalent grafting of m -phenylene-ethynylene oligomers to oxide surfaces

Keyphrases

• Oxide Surfaces 100%
• Surface Density 100%
• Hydrosilylation 100%
• Photoluminescence Spectra 100%
• Covalent Grafting 100%
• Phenyleneethynylenes 100%
• Transmission Electron Microscopy 50%
• Organic Molecules 50%
• Inorganic Materials 50%
• Material Development 50%
• UV-VIS Spectroscopy 50%
• Thermodynamics 50%
• Adsorbent 50%
• Oligomeric 50%
• Pinene 50%
• High Surface Area 50%
• Optoelectronic Materials 50%
• Light-emitting Diodes 50%
• Ethylene 50%
• Repeating Unit 50%
• Oligo 50%
• Structural Support 50%
• Surface Structure 50%
• High Mass Loading 50%
• Gas Storage 50%
• Hysteresis 50%
• Sensor Materials 50%
• Charge Collection 50%
• Porous Polymers 50%
• Organic Photovoltaics 50%
• Silane 50%
• Phenylene 50%
• Guest Molecule 50%
• Solvent Effect 50%
• Solvent Dependence 50%
• Gas Separation 50%
• Cu-catalyzed 50%
• Model Dimer 50%
• Planar Surfaces 50%
• 1,3-dipolar Cycloaddition 50%
• Soluble Oligomers 50%
• Oxide Support 50%
• Dodecane 50%
• Bearing Surface 50%
• Solvation 50%
• Temperature-dependent Photoluminescence 50%
• N2 Physisorption 50%
• Adsorbent Materials 50%
• Alkyl Azides 50%
• High Surface Area Materials 50%
• Covalent Connection 50%
• Folding Behavior 50%
• Decalin 50%
• Diode Sensor 50%
• Association Behavior 50%
• Polarity Parameter 50%
• Rh-catalyzed 50%
• Decorative Surfaces 50%

Material Science

• Oxide Surface 100%
• Surface (Surface Science) 100%
• Photoluminescence 40%
• Density 40%
• Thermogravimetric Analysis 20%
• Organic Solar Cells 20%
• Solvation 20%
• Silane 20%
• Transmission Electron Microscopy 20%
• Light-Emitting Diode 20%
• UV-Visible Spectroscopy 20%
• Surface Structure 20%
• Oxide Compound 20%

Chemical Engineering

• Oligomer 100%
• Hydrosilylation 22%
• Dimer 11%
• Silane 11%
• Ethylene 11%
• N2 Physisorption 11%