Regulating Inorganic and Organic Components to Build Amorphous-ZnFx Enriched Solid-Electrolyte Interphase for Highly Reversible Zn Metal Chemistry

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

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Material Science

100
Metal Material Science
100
Solid Electrolyte Material Science
83
Anode Material Science
16
Electrolyte Material Science
16
Conductivity Material Science
16
Transmission Electr... Material Science
16
Structure (Composit... Material Science
16
Plating Material Science
16
Toughness Material Science
16
Phase Composition Material Science
16
Crystallite Material Science

Earth and Planetary Sciences

100
Metal Earth and Planetary Scien...
100
Solid Electrolyte Earth and Planetary Scien...
83
Anode Earth and Planetary Scien...
16
Strategy Earth and Planetary Scien...
16
State Earth and Planetary Scien...
16
Stable Earth and Planetary Scien...
16
Utilization Earth and Planetary Scien...
16
Exhibit Earth and Planetary Scien...
16
Transmission Electr... Earth and Planetary Scien...
16
Integrity Earth and Planetary Scien...
16
Toughness Earth and Planetary Scien...
16
Plating Earth and Planetary Scien...
16
Efficiency Earth and Planetary Scien...
16
Research Earth and Planetary Scien...
16
Electrolyte Earth and Planetary Scien...
16
Ion Earth and Planetary Scien...
16
Crystallite Earth and Planetary Scien...
16
Cryogenics Earth and Planetary Scien...

Keyphrases

100
Organic Components Keyphrases
100
Inorganic Constitue... Keyphrases
100
Zn Metal Keyphrases
100
Strongly Reversible Keyphrases
100
Solid Electrolyte I... Keyphrases
100
Zn Metal Anode Keyphrases
100
Metal Chemistry Keyphrases
25
Crystallites Keyphrases
25
Electrolyte Keyphrases
25
Zn2+ Keyphrases
25
Compositional Struc... Keyphrases
25
Fluorinated Keyphrases
25
Detailed Structure Keyphrases
25
Highly Effective Keyphrases
25
Structural Integrit... Keyphrases
25
Effective Strategie... Keyphrases
25
Cryogenic Electron ... Keyphrases
25
Utilization Rate Keyphrases
25
Coulombic Efficienc... Keyphrases
25
Stable Cycling Keyphrases
25
Organic Matrix Keyphrases
25
Pristine State Keyphrases
25
Full Cell Keyphrases
25
Existing Form Keyphrases
25
Areal Capacity Keyphrases
25
Metal Anodes Keyphrases
25
Uniformly Distribut... Keyphrases
25
Mechanical Toughnes... Keyphrases

INIS

100
metals INIS
100
chemistry INIS
100
solid electrolytes INIS
83
anodes INIS
33
capacity INIS
16
electrolytes INIS
16
transmission electr... INIS
16
layers INIS
16
matrices INIS
16
efficiency INIS
16
ions INIS
16
plating INIS
16
cryogenics INIS
16
stripping INIS

Engineering

100
Organic Component Engineering
100
Solid Electrolyte I... Engineering
100
Anode Engineering
40
Phase Composition Engineering
20
Highlight Engineering
20
Structural Integrit... Engineering
20
Research Engineering
20
Efficiency Engineering
20
Crystallite Engineering

Medicine and Dentistry

100
Metal Medicine and Dentistry
100
Interphase Medicine and Dentistry
100
Electrolyte Medicine and Dentistry
16
Transmission Electr... Medicine and Dentistry
16
Cells Medicine and Dentistry
16
Mosaicism Medicine and Dentistry
16
Zinc Ion Medicine and Dentistry

Chemical Engineering

100
Zn Metal Anode Chemical Engineering
25
Metal and Alloys--P... Chemical Engineering
25
Cryogenics Chemical Engineering
Research OutputsResearch Output authored by Regulating Inorganic and Organic Components to Build Amorphous-ZnFx Enriched Solid-Electrolyte Interphase for Highly Reversible Zn Metal Chemistry is tagged with the concept