rGO/SnS2/TiO2 heterostructured composite with dual-confinement for enhanced lithium-ion storage

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

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Material Science

100
Titanium Dioxide Material Science
100
Lithium Ion Material Science
100
Reduced Graphene Ox... Material Science
50
Electrode Material Science
33
Nanoparticle Material Science
33
Heterojunction Material Science
16
Density Material Science
16
Composite Material Material Science
16
Materials Material Science
16
Particle Material Science
16
Electron Transfer Material Science
16
Ionic Conductivity Material Science
16
Anode Material Science
16
Battery (Electroche... Material Science
16
Alkali Metal Material Science
16
Nanosheet Material Science
16
Lithium Ion Battery Material Science

Keyphrases

100
Rutile Keyphrases
100
Reduced Graphene Ox... Keyphrases
100
Lithium-ion Storage Keyphrases
100
SnS2 Keyphrases
100
Heterostructure Com... Keyphrases
100
Dual-confinement Keyphrases
50
Ultrafine Keyphrases
50
Composite Electrode Keyphrases
50
SnO2 Nanoparticles Keyphrases
50
Lithiation Keyphrases
25
Li + Keyphrases
25
High Performance Keyphrases
25
Performance Improve... Keyphrases
25
Electron Transport Keyphrases
25
SnO2 Keyphrases
25
High Reactivity Keyphrases
25
Mass Effect Keyphrases
25
Volume Expansion Keyphrases
25
High Capacity Keyphrases
25
Large Volume Keyphrases
25
Storage Capability Keyphrases
25
Oxide Substrates Keyphrases
25
Rate Property Keyphrases
25
Fast Channel Keyphrases
25
Advanced Composites Keyphrases
25
Structural Integrit... Keyphrases
25
TiO2 Nanoparticles Keyphrases
25
Good Safety Keyphrases
25
Lithium-ion Battery Keyphrases
25
Long Cycle Life Keyphrases
25
Cycling Stability Keyphrases
25
High Energy-power D... Keyphrases
25
High Cycling Stabil... Keyphrases
25
Intimate Contact Keyphrases
25
Confinement Strateg... Keyphrases
25
Two-dimensional Het... Keyphrases
25
Reduced Graphene Ox... Keyphrases
25
New Electrode Mater... Keyphrases
25
Synergic Keyphrases
25
Electronic-ionic Co... Keyphrases
25
Alkali-ion Batterie... Keyphrases
25
TiO2 Decoration Keyphrases
25
Heterojunction Comp... Keyphrases
25
Heterostructure Eng... Keyphrases
25
High Theoretical Ca... Keyphrases
25
Abundant Defects Keyphrases

INIS

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oxides INIS
100
storage INIS
100
confinement INIS
100
titanium oxides INIS
100
lithium ions INIS
100
graphene INIS
50
electrodes INIS
33
performance INIS
33
capacity INIS
33
stability INIS
33
nanoparticles INIS
33
construction INIS
16
volume INIS
16
migration INIS
16
expansion INIS
16
particles INIS
16
defects INIS
16
substrates INIS
16
electrons INIS
16
reactivity INIS
16
energy INIS
16
interfaces INIS
16
aggregation INIS
16
transport INIS
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applications INIS
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ions INIS
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loading INIS
16
coupling INIS
16
host INIS
16
tin oxides INIS
16
heterojunctions INIS
16
anodes INIS
16
safety INIS
16
alkali metals INIS
16
power density INIS
16
life cycle INIS
16
ionic conductivity INIS
16
composite materials INIS
16
lithium ion batteri... INIS
Research OutputsResearch Output authored by rGO/SnS2/TiO2 heterostructured composite with dual-confinement for enhanced lithium-ion storage is tagged with the concept