Metallic Particles-Induced Surface Reconstruction Enabling Highly Durable Zinc Metal Anode

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

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Material Science

100
Metallic Particle Material Science
100
Zinc Material Science
100
Anode Material Science
100
Surface Reconstruct... Material Science
100
Surface (Surface Sc... Material Science
40
Plating Material Science
40
Hydrogen Evolution Material Science
40
Surface Defect Material Science
20
Alloy Material Science
20
Adsorption Material Science
20
Metal Material Science
20
Cathode Material Science
20
Sodium Material Science
20
Battery (Electroche... Material Science
20
Vanadate Material Science

Keyphrases

100
Surface Reconstruct... Keyphrases
100
Reconstructed Surfa... Keyphrases
100
Metallic Particles Keyphrases
100
Surface Defects Keyphrases
100
Dendrite Growth Keyphrases
100
Zn Deposition Keyphrases
100
Highly Durable Keyphrases
100
Zinc Metal Anode Keyphrases
50
Deposition Process Keyphrases
50
Alloy Layer Keyphrases
50
Energy Barrier Keyphrases
50
Renaissance Keyphrases
50
Hydrogen Evolution Keyphrases
50
Stable Surface Keyphrases
50
Uniform Deposition Keyphrases
50
Security Effectiven... Keyphrases
50
Deposition Behavior Keyphrases
50
Cost-effectiveness Keyphrases
50
Zn Metal Keyphrases
50
Low Polarization Keyphrases
50
Zn Substrate Keyphrases
50
Adsorption Energy Keyphrases
50
Catastrophic Damage Keyphrases
50
Full Cell Keyphrases
50
High Capacity Reten... Keyphrases
50
Zn Anode Keyphrases
50
Large-scale Energy ... Keyphrases
50
Dendrite-free Keyphrases
50
Aqueous Zinc-ion Ba... Keyphrases
50
Sodium Vanadate Keyphrases
50
Plating Efficiency Keyphrases
50
Hydrogen Evolution ... Keyphrases
50
Stripping Efficienc... Keyphrases
50
Zn Adsorption Keyphrases
50
Intrinsic Security Keyphrases

INIS

100
metals INIS
100
particles INIS
100
surfaces INIS
100
zinc INIS
100
anodes INIS
37
growth INIS
37
deposition INIS
37
dendrites INIS
25
defects INIS
25
hydrogen INIS
25
applications INIS
25
plating INIS
12
polarization INIS
12
substrates INIS
12
energy INIS
12
layers INIS
12
cost INIS
12
capacity INIS
12
aggregation INIS
12
stability INIS
12
barriers INIS
12
alloys INIS
12
kinetics INIS
12
efficiency INIS
12
damage INIS
12
sodium INIS
12
retention INIS
12
adsorption INIS
12
cathodes INIS
12
security INIS
12
stripping INIS
12
vanadates INIS
12
energy storage syst... INIS

Engineering

100
Surface Engineering
100
Induced Surface Engineering
100
Durables Engineering
100
Anode Engineering
40
Surface Defect Engineering
20
Application Engineering
20
Sodium Engineering
20
Alloy Layer Engineering
20
Deposition Process Engineering
20
Practical Applicati... Engineering
20
Energy Barrier Engineering
20
Battery (Electroche... Engineering
20
Deposition Behavior Engineering
20
Adsorption Energy Engineering
20
Retention Capacity Engineering
20
Catastrophic Damage Engineering
20
Energy Storage Syst... Engineering
20
Dendrite-Free Engineering
20
Substrates Engineering
20
Efficiency Engineering
20
Cycle Engineering

Chemical Engineering

100
Hydrogen Chemical Engineering
100
Metal and Alloys--P... Chemical Engineering
100
Zinc Chemical Engineering
50
Agglomeration Chemical Engineering
50
Sodium Chemical Engineering
50
Adsorption Chemical Engineering
50
Chemical Kinetics C... Chemical Engineering
Research OutputsResearch Output authored by Metallic Particles-Induced Surface Reconstruction Enabling Highly Durable Zinc Metal Anode is tagged with the concept