WO₃ nanofibrous backbone scaffolds for enhanced optical absorbance and charge transport in metal oxide (Fe₂O₃, BiVO₄) semiconductor photoanodes towards solar fuel generation

INIS

• semiconductor materials 100%
• oxides 100%
• metals 100%
• tungsten oxides 100%
• fuels 100%
• charge transport 100%
• photoanodes 100%
• charges 60%
• fibers 20%
• photoelectrochemical cells 20%
• substrates 10%
• length 10%
• comparative evaluations 10%
• water 10%
• transport 10%
• yields 10%
• electrodes 10%
• oxygen 10%
• loading 10%
• injection 10%
• interfaces 10%
• photons 10%
• photocurrents 10%
• electrochemistry 10%
• one-dimensional calculations 10%
• impedance 10%
• electrons 10%
• nanofibers 10%
• electrolytes 10%
• harvesting 10%
• light scattering 10%
• charge collection 10%

Engineering

• Charge Transport 100%
• Photoelectrochemical Cell 100%
• One Dimensional 50%
• Photocurrent 50%
• Injection Point 50%
• Electrospun 50%
• Charge Transfer Resistance 50%
• Conducting Substrate 50%
• Charge Injection 50%
• Optical Path Length 50%
• Nanofibers 50%
• Quantum Yield 50%
• Water Splitting 50%

Material Science

• Solar Fuel 100%
• Metal Oxide 100%
• Photoelectrochemical Cell 100%
• Water Splitting 50%
• Clean Fuel 50%
• Electron Transfer 50%
• Interface Structure 50%
• Nanofiber 50%