Bis-ammonium salts with strong chemisorption to halide ions for fast and durable aqueous redox Zn ion batteries

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

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Keyphrases

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Redox Keyphrases
100
Halide Ions Keyphrases
100
Ammonium Salts Keyphrases
100
Strong Chemisorptio... Keyphrases
100
Zn-ion Batteries Keyphrases
66
Chemisorption Keyphrases
33
Ammonium Keyphrases
33
Density Functional ... Keyphrases
33
Energy Storage Keyphrases
33
Volatility Keyphrases
33
Halogens Keyphrases
33
Host-guest Keyphrases
33
Spectroscopic Analy... Keyphrases
33
Long Service Life Keyphrases
33
Inherent Drawbacks Keyphrases
33
Iodine Keyphrases
33
Bromine Keyphrases
33
Electrochemical Cha... Keyphrases
33
Theoretical Capacit... Keyphrases
33
Redox Cycle Keyphrases
33
Kinetic Durability Keyphrases
33
Redox Kinetics Keyphrases
33
Cross-diffusion Keyphrases
33
Aqueous Zn-ion Batt... Keyphrases
33
Cycle Durability Keyphrases
33
Shuttling Behavior Keyphrases
33
Polyhalides Keyphrases

INIS

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halides INIS
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ions INIS
100
salts INIS
100
chemisorption INIS
100
zinc ions INIS
75
electrodes INIS
50
host INIS
50
shuttles INIS
25
interactions INIS
25
electrochemistry INIS
25
electrons INIS
25
spectroscopy INIS
25
capacity INIS
25
diffusion INIS
25
kinetics INIS
25
liquids INIS
25
simulation INIS
25
efficiency INIS
25
density functional ... INIS
25
iodine INIS
25
energy storage INIS
25
volatility INIS
25
halogens INIS
25
durability INIS
25
service life INIS
25
bromine INIS

Chemical Engineering

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Ammonia Chemical Engineering
100
Chemisorption Chemical Engineering
25
Iodine Chemical Engineering
25
Bromine Chemical Engineering
25
Chemical Kinetics C... Chemical Engineering
25
Chemical Element Chemical Engineering
Research OutputsResearch Output authored by Bis-ammonium salts with strong chemisorption to halide ions for fast and durable aqueous redox Zn ion batteries is tagged with the concept