Anodic nanoporous SnO2 grown on Cu foils as superior binder-free Na-ion battery anodes

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Material Science

100
Binder Material Science
100
Metal Foil Material Science
100
Anode Material Science
100
Sodium Ion Battery Material Science
50
Electrolyte Material Science
50
Film Material Science
50
Morphology Material Science
50
Electrode Material Science
50
Shrinkage Material Science
50
Anodizing Material Science
50
Porosity Material Science
50
Surface (Surface Sc... Material Science
50
Sodium Ion Material Science
50
Additive Material Science

Keyphrases

100
SnO2 Keyphrases
100
Anodic Keyphrases
100
Nanoporous Keyphrases
100
Cu Foil Keyphrases
100
Na-ion Keyphrases
100
Battery Anode Keyphrases
100
Binder-free Keyphrases
33
Cu Substrate Keyphrases
16
Electrolyte Keyphrases
16
Cold Rolling Keyphrases
16
Volume Expansion Keyphrases
16
Large-scale Product... Keyphrases
16
Sn-Cu Keyphrases
16
High Porosity Keyphrases
16
Battery Application... Keyphrases
16
Bilayer Film Keyphrases
16
Vertically Oriented Keyphrases
16
Void Space Keyphrases
16
Low-cost Strategy Keyphrases
16
Sodiation Keyphrases
16
Desodiation Keyphrases
16
Electrode System Keyphrases
16
Current Rate Keyphrases
16
Anode System Keyphrases

INIS

100
binders INIS
100
tin oxides INIS
100
anodes INIS
100
sodium ions INIS
100
foils INIS
33
substrates INIS
16
volume INIS
16
expansion INIS
16
films INIS
16
production INIS
16
electrolytes INIS
16
surfaces INIS
16
layers INIS
16
cost INIS
16
space INIS
16
capacity INIS
16
diffusion INIS
16
applications INIS
16
storage INIS
16
morphology INIS
16
one-dimensional cal... INIS
16
anodization INIS
16
fabrication INIS
16
electrodes INIS
16
additives INIS
16
porosity INIS
16
contraction INIS
16
voids INIS
16
rolling INIS
Research OutputsResearch Output authored by Anodic nanoporous SnO2 grown on Cu foils as superior binder-free Na-ion battery anodes is tagged with the concept