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Facile and scalable preparation of 3D SnO
2
/holey graphene composite frameworks for stable lithium storage at a high mass loading level
Junfei Liang
, Hongtao Sun
, Yuqi Xu
, Tengxiao Liu
, Hua Wang
, Hantao Liu
, Lin Guo
Mechanical and Industrial Engr
Research output
:
Contribution to journal
›
Article
›
peer-review
21
Scopus citations
Overview
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2
/holey graphene composite frameworks for stable lithium storage at a high mass loading level'. Together they form a unique fingerprint.
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Keyphrases
3D Network Structure
40%
Areal Capacity
40%
Binder-free
20%
Current Density
20%
Electrode Materials
40%
Electronic Conduction
20%
Facile Preparation
100%
Full Potential
20%
Graphene Composites
100%
Graphene Frameworks
20%
Graphene Network
20%
Gravimetric Capacity
20%
Hierarchical Porous Structure
20%
High Mass Loading
100%
Ion Transport
20%
Lithium Storage
100%
Lithium-ion Battery
20%
Loading Level
100%
Low-mass
20%
Mass Effect
20%
N-doped Graphene
100%
Nanostructured SnO2
20%
Practical Effects
20%
Rate Performance
20%
Scalable Methods
20%
Scalable Preparation
100%
SnO2
100%
SnO2 Electrode
40%
Material Science
Density
20%
Graphene
40%
Graphene Oxide
20%
Holey Graphene
100%
Lithium
100%
Lithium Ion Battery
20%