Keyphrases
Ag(111)
46%
Bimetallic
61%
Bimetallic Complexes
38%
Binuclear
31%
Co(II)
43%
CO2 Reduction Reaction (CO2RR)
30%
Coordination Sites
46%
Cyclam
30%
Density Functional Theory
21%
Diiron
23%
Dopamine
20%
Earth-abundant
25%
Electrocatalyst
23%
Electrocatalytic CO2 Reduction
30%
Electronic Structure
76%
Excited States
23%
Fe(II)
47%
Fe(II) Complex
33%
Fe-Zn
23%
H2 Evolution
30%
Heterobimetallic
30%
Higher Spin
38%
Low Spin
23%
Macrocyclic Ligands
31%
Magnetic Susceptibility
46%
Metal Center
32%
Metal Ions
56%
Metalation
38%
Methionine
21%
Molecular Structure
30%
Monometallic
38%
Monooxygenase
61%
Ni(II)
61%
Ni(II) Complex
46%
Photocatalytic CO2 Reduction
30%
Photochemical Properties
30%
Photoredox Catalyst
38%
Photosensitizer
21%
Proton
30%
Redox Properties
33%
Redox-active
97%
Redox-active Ligands
58%
Structural Characterization
23%
Surface-to-surface
46%
Two-electron
33%
Tyramine
61%
Unsymmetrical
38%
Unsymmetrical Ligand
30%
Xanthene
23%
Zn(II) Complex
41%
Chemistry
Carbon Dioxide
25%
Carbon Dioxide Reduction
23%
Chemistry
32%
Coordination Chemistry
15%
Crystal Structure
23%
Cyclic Voltammetry
38%
Cyclohexene
15%
Density Functional Theory
61%
Density Functional Theory
46%
dimer
38%
Donor
15%
Electrocatalyst
23%
Electron Transport
26%
Electronic Property
38%
Electronic State
100%
epoxidation
15%
EPR Spectroscopy
32%
Ethyl
15%
Exchange Interaction
23%
Excited State
30%
formation
43%
Hydrogen
30%
Indole
23%
Indolin-2-One
15%
Iron Complex
53%
Iron Ion
30%
Macrocyclic Ligand
53%
Magnetic Permeability
61%
Metal Ion
76%
Metalloenzyme
23%
Metalloprotein
15%
Methionine
17%
Molecular Structure
38%
Monooxygenase
30%
NMR Spectroscopy
30%
Phosphorus-31 Magnetic Resonance Spectroscopy
15%
Photocatalytic
34%
Photocatalytic CO2 Reduction
30%
Photoredox
50%
protonation
19%
Redox Process
23%
Ruthenium
15%
Spectroscopy
53%
Stereochemistry
15%
Transition Metal
34%
Triplet Ground State
15%
Tyramine
30%
Visible Spectrum
23%
X-Ray Crystallography
23%
Xanthene
23%
