Chemistry
NMR Spectroscopy
100%
Density Functional Theory
88%
Spin State
88%
Chemistry
88%
Amino Acid
66%
Rate Constant
66%
Donor
66%
Nitrile
66%
Hydrazone
66%
Battery (Electrochemical Energy Engineering)
66%
Phosphoramidate
66%
Phase Composition
66%
Manganese
66%
Base
66%
State-of-Charge
66%
Ring Opening Polymerisation
66%
Spectroscopy
66%
Electronic Property
66%
Oxygen Atom
66%
Esterification
66%
Enantioselectivity
66%
Optical Property
66%
Thermal Stability
44%
Phosphorylation
44%
Enantiopurity
44%
Substituent Effect
44%
Structure
44%
Isomerization
44%
Mass Spectrometry
33%
Metal Ion
33%
Rate-Determining Step
33%
Redox Flow Battery
33%
Flow Battery
33%
Pincer Complex
33%
Triazole
33%
Energy Storage
33%
Redox State
33%
Oxidation-Reduction
33%
Disproportionation
33%
Mechanistic Study
33%
Catalytic Reaction
33%
Tin
33%
Kinetic Study
33%
Electrolyte
33%
Coordination Number
22%
Metalloenzyme
22%
Inverted Ligand Field
22%
Data Processing
22%
Transition Metals
22%
Ambient Reaction Temperature
22%
Keyphrases
Esterification Reaction
66%
Formazanate Ligands
66%
Sterically Demanding
66%
Density Functional Calculations
66%
Amino Acids
66%
Mechanistic Studies
66%
Carboxylate
66%
Operation Mode
66%
Polyester
66%
Au(III)
66%
Catalytic Reaction
66%
Methyl Complex
66%
Amines
66%
Multinuclear
66%
Rate-determining Step
66%
Butyltins
66%
Three-coordinate
66%
Esterification
66%
Chiral Amplification
66%
Manganese(I)
66%
Zinc
66%
Pincer
66%
Bond Breaking
66%
Carbon-oxygen Bonds
66%
Stoichiometric Reaction
66%
Phosphoramidate
66%
Mechanism Elucidation
66%
Cyclopolymerization
66%
Racemic
44%
Phosphorylation
44%
Enantioenrichment
44%
Formazanate
40%
Au Atoms
33%
Hydrazone Ligand
33%
Oxygen Atom Transfer
33%
Approach to Equilibrium
26%
Heteroleptic
26%
Phenylethylamine
22%
Amplification Strategy
22%
Phosphorylated Amino Acid
22%
Homochirality
22%
Biological Homochirality
22%
Spin-crossover Complex
22%
Inverted Ligand Field
22%
Chiral Molecules
22%
Low Coordination number
22%
D-block Metals
22%
Prebiotics
22%
Phosphorus
22%
Mn(I) Complex
22%