Heterogeneous electron transfer at designed semiconductor/liquid interfaces. Rate of reduction of surface-confined ferricenium centers by solution reagents

Engineering & Materials Science

• Charge transfer 8%
• Derivatives 5%
• Electrodes 15%
• Electrons 83%
• Energy conversion 7%
• Experiments 2%
• Lighting 5%
• Liquids 55%
• Mass transfer 6%
• Photocurrents 10%
• Reagents 100%
• Reducing agents 9%
• Semiconductor materials 73%
• Thermodynamics 5%
• Voltammetry 10%

Physics & Astronomy

• charge transfer 5%
• electrodes 12%
• electron transfer 83%
• energy conversion 7%
• ferrocenes 38%
• illumination 5%
• iodides 54%
• liquids 44%
• photocurrents 6%
• reagents 94%
• stimuli 6%
• thermodynamics 4%
• time dependence 6%

Chemical Compounds

• Application 2%
• Behavior as Electrode 12%
• Charge Transfer 5%
• Electron Transfer 57%
• Ferrocene 32%
• Illumination 7%
• Iodide 46%
• Linear Sweep Voltammetry 9%
• Mass Transfer 6%
• Photocurrent 7%
• Photoelectrode 19%
• Reducing Agent 7%
• Reduction 37%
• Semiconductor 63%
• Solvent 7%
• Surface 26%
• Thermodynamics 5%
• Time 2%