Chemistry
NMR Spectroscopy
100%
Niobium
97%
Density Functional Theory
54%
Light Red
48%
Photoredox
48%
Borate
48%
Single Crystal X-Ray Diffraction
40%
Chemistry
37%
Hydrogenation
37%
Electronic State
37%
Cyclic Voltammetry
35%
Redox Flow Battery
32%
Ruthenium
32%
Alkyne
32%
Rhodium
32%
Isocyanide
29%
Halide
29%
Tris
27%
X-Ray Crystallography
27%
Alkene
27%
EPR Spectroscopy
27%
Near Edge X Ray Absorption Fine Structure Spectroscopy
24%
Arylation
22%
1H NMR Spectroscopy
21%
Coordination Chemistry
21%
Imide
21%
UV/VIS Spectroscopy
21%
Carbocation
21%
Mechanistic Study
21%
Light Green
20%
Transition Element
19%
Helicene
19%
Quinone
16%
Frustrated Lewis Pairs
16%
Binding Site
16%
Trifluoromethylation
16%
Fluorine
16%
Organometallic Chemistry
16%
Mixed Valence
16%
Fluoroarene
16%
Phosphonium
16%
Sulfide
16%
Hydrogen Acceptor
16%
Carbene
16%
Chemoselectivity
16%
Tantalum
16%
Photocatalytic
16%
Nitrous Oxide
16%
Azide
16%
Cobalt
16%
Keyphrases
Carbenium Ions
32%
Niobium
32%
Aqueous Organic Redox Flow Battery
32%
Imido Complexes
32%
Niobium Complexes
24%
Carbocations
24%
NMR Spectroscopy
17%
CF3 Group
16%
Rhodium(I)
16%
Alcohol
16%
Organic Photoredox Catalysis
16%
Frustrated Lewis Pair Chemistry
16%
Arylation
16%
Benzene
16%
Alkaline Ions
16%
Direct Arylation
16%
Helicenes
16%
Benzylic
16%
Triangulenium
16%
Electrolyte
16%
Hydrogen Donor
16%
Manganese
16%
Phenyl
16%
Diazadienes
16%
Low-valent Iron
16%
Homobimetallic
16%
Rh Complex
16%
Semihydrogenation
16%
Nitrene Transfer
16%
Physicochemical Reactivity
16%
Tris(pyrazolyl)borate
16%
Nickel(II)
16%
Battery Model
16%
Thioether
16%
Cycloaddition Reaction
16%
Aryl Halides
16%
Diolefin
16%
Ketones
16%
Cycloaddition
16%
Ether
16%
Organic Molecules
16%
Metallates
16%
Ambiphilic Ligands
16%
Reversible Hydrogenation
16%
Electron Localization
16%
Metal-ligand multiple Bond
16%
Nitrous Oxide
16%
Redox Flow Battery
16%
Cyclic Voltammetry
16%
Mixed Valence
16%
