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INIS
chemistry
100%
metals
100%
protons
100%
investigations
83%
surfaces
83%
calcium
83%
periodicity
83%
binding energy
83%
density functional method
83%
molecules
83%
electrons
83%
organometallic compounds
83%
dynamics
83%
solid electrolytes
66%
x-ray photoelectron spectroscopy
66%
anodes
52%
calcium oxides
50%
proton conductivity
50%
performance
47%
ions
37%
carbon
33%
adsorption
33%
spectra
33%
phosphonates
33%
cost
27%
electrochemistry
27%
metrics
20%
cathodes
20%
hydroxylamine
16%
boundary conditions
16%
chemical shift
16%
atoms
16%
experimental data
16%
simulation
16%
alcohols
16%
precision
16%
tetrahydrofuran
16%
oxygen
16%
interactions
16%
hydrogen 6
16%
energy systems
16%
transport
16%
water
16%
reduction
10%
deposition
10%
climates
10%
spheres
10%
electrolytes
10%
lithium ion batteries
10%
raw materials
10%
cations
10%
solvents
10%
anions
10%
salts
10%
fuels
10%
interfaces
10%
solvation
10%
Keyphrases
Organic Media
83%
Metal-anode Battery
83%
Next-generation Batteries
83%
Block Element
83%
3D Metal-organic Framework
83%
Performance Metrics
41%
Metal Ions
41%
Critical Raw Materials
20%
Coordination Chemistry
20%
Cathode Material
20%
Salt Anions
20%
High Performance
20%
Interface Properties
20%
Cost Performance
20%
Bulk Properties
20%
Cost Reduction
20%
Grantees
20%
Earth-abundant Elements
20%
Divalent
20%
Organic Cathode
20%
Anion Intercalation
20%
Lithium-ion Battery Technology
20%
Battery-type
20%
Advanced Electrolytes
20%
Climate Neutral
20%
Coordination Sphere
20%
Metal Anodes
20%
Solvation Properties
20%
Electrochemical Properties
20%
Monovalent Cations
20%
Common Elements
20%
Earth-abundant
20%
Theoretical Chemistry
20%
Key Enabling Technologies
20%
Metal Deposition
20%
Ion-ion Interaction
20%
Interaction Pairs
20%
Nitroxyl
20%
Ion-ion
20%
Hydroxylamine Anion
20%
Calcium Hydride
20%
Metallic Ca
20%
Interphase Formation
20%
Mixed Conduction
20%
Electrochemical Energy Systems
20%
Water Channel
20%
High Proton Conductivity
20%
Conductive Metal-organic Frameworks
20%
Al Phase
20%
Dynamic Conductivity
20%
Material Science
Anode
83%
Electrostatic Interaction
83%
Density
83%
Surface (Surface Science)
83%
Solid Electrolyte
83%
X-Ray Photoelectron Spectroscopy
83%
Metal-Organic Framework
83%
Adsorbate
20%
Solvation
16%
Cathode Material
16%
Electrochemical Property
16%
Cathode
16%
Metal Deposition
16%
Lithium Ion Battery
16%
Metal Phosphonates
16%
Electron Transfer
16%