Missing-Linker Defect Functionalized Metal−Organic Frameworks Accelerating Zinc Ion Conduction for Ultrastable All-Solid-State Zinc Metal Batteries

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

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Material Science

100
Zinc Material Science
100
Polymer Electrolyte Material Science
100
Zinc Ion Material Science
66
Copolymer Material Science
66
Ionic Conductivity Material Science
66
Polyethylene Glycol Material Science
33
Catalysis Material Science
33
Metal Deposition Material Science
33
Plating Material Science
33
Solid Electrolyte Material Science

Keyphrases

100
Zinc Ion Keyphrases
100
Zn2+ Keyphrases
100
Ion Conduction Keyphrases
100
Metal-organic Frame... Keyphrases
100
Ultra-stable Keyphrases
100
All-solid-state Keyphrases
100
Zinc-ion Batteries Keyphrases
100
Missing-linker Defe... Keyphrases
60
Missing-linker Keyphrases
60
Metallic Organic Fr... Keyphrases
40
Poly(ethylene glyco... Keyphrases
40
Polymer Electrolyte Keyphrases
20
Anions Keyphrases
20
Room Temperature Keyphrases
20
Electrolyte Keyphrases
20
High Performance Keyphrases
20
Metal Deposition Keyphrases
20
Effective Approach Keyphrases
20
Ion Transport Keyphrases
20
Ionic Conductivity Keyphrases
20
Copolymer Keyphrases
20
Zn(II) Ions Keyphrases
20
Degradation Rate Keyphrases
20
Zn Metal Keyphrases
20
High Ionic Conducti... Keyphrases
20
Electrode-electroly... Keyphrases
20
Effective Strategie... Keyphrases
20
Electrode Contact Keyphrases
20
Long Lifespan Keyphrases
20
Low Capacity Keyphrases
20
Capacity Degradatio... Keyphrases
20
Polyacrylamide (PAA... Keyphrases
20
Full Cell Keyphrases
20
Unsaturated Metal S... Keyphrases
20
Solid Polymer Elect... Keyphrases
20
Symmetric Cell Keyphrases
20
Zn Plating Keyphrases
20
Competitive Coordin... Keyphrases
20
All-solid-state Ele... Keyphrases
20
Transference number Keyphrases
20
Asymmetric Cell Keyphrases
20
Polyacrylamide Copo... Keyphrases

INIS

100
metals INIS
100
electrolytes INIS
100
defects INIS
100
solids INIS
100
zinc INIS
100
zinc ions INIS
50
polymers INIS
33
ions INIS
33
copolymers INIS
33
electrodes INIS
33
acrylates INIS
33
ionic conductivity INIS
33
polyethylene glycol... INIS
16
design INIS
16
asymmetry INIS
16
anions INIS
16
performance INIS
16
interfaces INIS
16
capacity INIS
16
transport INIS
16
deposition INIS
16
applications INIS
16
symmetry INIS
16
efficiency INIS
16
chains INIS
16
temperature range 0... INIS
16
catalysis INIS
16
plating INIS
16
anchoring INIS

Engineering

100
Room Temperature Engineering
100
Effective Approach Engineering
100
Future Design Engineering
100
Electrode Contact Engineering
100
Transference Number Engineering
100
Degradation Rate Engineering

Chemical Engineering

100
Zinc Chemical Engineering
66
Copolymer Chemical Engineering
66
Polyacrylates Chemical Engineering
66
Polyethylene Glycol Chemical Engineering
Research OutputsResearch Output authored by Missing-Linker Defect Functionalized Metal−Organic Frameworks Accelerating Zinc Ion Conduction for Ultrastable All-Solid-State Zinc Metal Batteries is tagged with the concept