Nanocarbon-metal oxide junctions in electrocatalytic energy processes thumbnail
Pause
Mute
Subtitles not available
Playback speed
0.25
0.5
0.75
1
1.25
1.5
1.75
2
Full screen

Nanocarbon-metal oxide junctions in electrocatalytic energy processes

Published on Jun 03, 202019 Views

Related categories

Chapter list

Nanocarbon-metal oxide junctions in electrocatalytic energy processes00:00
Nanostructure-based (electro)catalysis00:40
Carbon nanostructures/metal oxide interfaces - 101:30
Carbon nanostructures/metal oxide interfaces - 203:24
A versatile hierarchical material: CNT@TiO2@Pd03:47
Electrocatalytic H2 production: Effect of the CNTs04:37
Effect of the interfacing and nanostructuring05:33
CO2 reduction: Carbon nanohorns@TiO2@Pd07:04
CO2 reduction: CO2 electroreduction to formic acid07:45
Get rid of noble metals: Carbon nanotubes/CeO2 - 108:46
Get rid of noble metals: Carbon nanotubes/CeO2 - 210:02
O2 reduction: Ex-solution Surface modification10:33
Conclusions and perspectives12:26
ACKNOWLEDGEMENTS14:08
Thank you14:38