A novel 3D bacterial cellulose network as cathodic scaffold and hydrogel electrolyte for zinc-ion batteries

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

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Material Science

100
Electrolyte Material Science
100
Hydrogel Material Science
100
Zinc Ion Battery Material Science
50
Carbon Nanofiber Material Science
25
Density Material Science
25
Characterization Material Science
25
Electrode Material Science
25
Materials Material Science
25
Laminate Material Science
25
Cathode Material Science
25
Zinc Material Science
25
Ionic Conductivity Material Science
25
Energy Density Material Science
25
Battery (Electroche... Material Science
25
Zinc Ion Material Science
25
Aqueous Zinc-Ion Ba... Material Science

Keyphrases

100
Bacterial Cellulose Keyphrases
100
Hydrogel Electrolyt... Keyphrases
100
Zinc-ion Batteries Keyphrases
50
Hausmannite Keyphrases
50
Carbon Nanofibers Keyphrases
50
Full Cell Keyphrases
50
Wearable Applicatio... Keyphrases
25
Electrolyte Keyphrases
25
Metallic Zinc Keyphrases
25
Zn2+ Keyphrases
25
High Current Densit... Keyphrases
25
High Capacity Keyphrases
25
Lamination Keyphrases
25
Energy Density Keyphrases
25
Host Material Keyphrases
25
Structural Instabil... Keyphrases
25
Zn(II) Ions Keyphrases
25
Storage Stability Keyphrases
25
High Ionic Conducti... Keyphrases
25
Capacity Retention Keyphrases
25
Carbonization Keyphrases
25
Coulombic Efficienc... Keyphrases
25
Theoretical Capacit... Keyphrases
25
Migration Dynamics Keyphrases
25
Charge Storage Mech... Keyphrases
25
Electrode Degradati... Keyphrases
25
Cathode Dissolution Keyphrases
25
Ion Migration Keyphrases
25
Aqueous Zinc-ion Ba... Keyphrases
25
Flexible Zinc Ion B... Keyphrases
25
Ex Situ Characteriz... Keyphrases
25
Inner Resistance Keyphrases
25
Bacterial Cellulose... Keyphrases
25
Reversible Diffusio... Keyphrases

INIS

100
electrolytes INIS
100
cellulose INIS
100
hydrogels INIS
100
zinc ions INIS
50
capacity INIS
33
carbon INIS
33
applications INIS
33
nanofibers INIS
16
migration INIS
16
dynamics INIS
16
absorption INIS
16
charges INIS
16
cost INIS
16
stability INIS
16
diffusion INIS
16
storage INIS
16
efficiency INIS
16
ions INIS
16
salts INIS
16
host INIS
16
current density INIS
16
zinc INIS
16
electrodes INIS
16
retention INIS
16
instability INIS
16
flexibility INIS
16
cathodes INIS
16
dissolution INIS
16
ionic conductivity INIS
16
energy density INIS
16
carbonization INIS

Engineering

100
Hydrogel Engineering
100
Scaffold Engineering
100
Zinc-Ion Battery Engineering
100
Bacterial Cellulose Engineering
40
Application Engineering
40
Carbon Nanofibre Engineering
20
Development Engineering
20
Mechanisms Engineering
20
Low Cost Engineering
20
High Current Densit... Engineering
20
Battery (Electroche... Engineering
20
Specific Capacity Engineering
20
Carbonization Engineering
20
Retention Capacity Engineering
20
Charge Storage Engineering
20
Aqueous Zinc-Ion Ba... Engineering
20
Research Engineering
20
Efficiency Engineering
20
Cycle Engineering
20
Laminate Engineering
20
Flux Density Engineering

Chemical Engineering

100
Hydrogel Chemical Engineering
100
Cellulose Chemical Engineering
40
Carbon Nanofibre Chemical Engineering
20
Zinc Chemical Engineering
20
Carbonization Chemical Engineering
20
Aqueous Zinc Ion Ba... Chemical Engineering
Research OutputsResearch Output authored by A novel 3D bacterial cellulose network as cathodic scaffold and hydrogel electrolyte for zinc-ion batteries is tagged with the concept