INIS
carbon dioxide
100%
reduction
66%
catalysts
61%
water
60%
rhenium complexes
50%
electrolytes
50%
carbon nanotubes
50%
electrochemistry
50%
porous materials
50%
carbon
50%
ionic liquids
50%
nickel
50%
electrodes
38%
mixtures
26%
electrolytic cells
16%
diffusion layer
16%
electrolysis
10%
gases
10%
organic solvents
10%
pyrene
10%
diffusion
10%
exploitation
10%
cathodes
10%
current density
8%
formic acid
8%
bipyridines
8%
carbonates
8%
conversion
8%
fluoroborates
8%
organometallic compounds
8%
carbon monoxide
8%
stability
8%
hybrids
8%
Keyphrases
CO2 Electrolysis
50%
Water Mixtures
50%
Novel Electrode Materials
50%
Gas Diffusion Electrode
50%
Cyclam Derivatives
50%
Cyclam Complex
50%
Heterogenized
50%
Nickel Cyclam
50%
CO2 Electroreduction
50%
Molecular Catalyst
50%
Re Complex
50%
Cyclam
33%
Faradic Efficiency
16%
Electrolytic Cell
16%
Novel Electrode
16%
Gas Diffusion Layer
16%
Molecular Catalysis
16%
Controlled Potential Electrolysis
16%
H-cell
16%
Electrolyzers
16%
Efficient Electron Transfer
16%
Heterogenization
16%
Material Science
Carbon Dioxide
100%
Carbon Nanotubes
100%
Density
62%
Organic Solvents
60%
Cathode
60%
Porous Carbon
50%
Electron Transfer
50%
Catalysis
50%
Metal-Organic Framework
50%
Electrochemical Reaction
50%
Ionic Liquid
50%
Hybrid Material
12%
Carbon Monoxide
12%
