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Keyphrases
Aldehydes
9%
Aldimines
29%
Amide Synthesis
9%
Amides
29%
Amino Ether
9%
Annulation Reaction
29%
Aza-annulation
29%
Benzene Ring
14%
Bis[2-(diphenylphosphino)phenyl]ether
9%
Bond-forming Reactions
9%
C-C Double Bond
9%
C-H Amination
58%
Carboxamide
19%
Carboxylic Acids
9%
Co(acac)2
9%
Cobalt-catalyzed
29%
Commercially Available
9%
Coupling Agent
9%
Deoxygenative
29%
Diastereoselective
9%
Diastereoselectivity
9%
Different Catalytic Systems
9%
Direct Synthesis
9%
DPEphos
9%
Economical Route
9%
Electrochemical Oxidation
14%
Electrochemical Synthesis
29%
Electron-rich
14%
Enamides
9%
Esters
9%
Facile Synthesis
29%
Faculty Development
29%
Good Yield
9%
Halides
9%
Heteroaromatic Compounds
58%
Heteroaromatics
9%
Homogeneous Basis
29%
Hydroboration
29%
Imine Synthesis
9%
In Situ
9%
Lactams
29%
Lactones
9%
Main Group Metal
19%
Molecular Complexity
9%
Morpholine
29%
N-arylation
9%
Nitrile Reduction
9%
Nitro Compounds
29%
Nitrogen Source
29%
One-pot Reaction
9%
One-pot Synthesis
29%
Oxidative Dearomatization
29%
Piperidone
9%
Protodeborylation
9%
Pyrrolidinone
9%
Radical Cation
14%
Radical Intermediates
14%
Reactive Cations
14%
Room Temperature
9%
Safe Conditions
29%
Selective Synthesis
9%
Selectivity Control
9%
Sequential One-pot
9%
Spirocyclic
58%
Stereocenters
9%
Tetrahydrofuran
29%
INIS
aldehydes
9%
amides
36%
amination
58%
amines
7%
applications
29%
aromatic compounds
58%
arylation
7%
atoms
7%
availability
9%
benzene
14%
capture
14%
carboxylic acids
9%
catalysts
29%
cations
14%
cobalt
29%
comparative evaluations
7%
control
7%
coupling
9%
double bonds
29%
electrochemistry
87%
electrons
14%
esters
9%
ethers
9%
halides
9%
hydrogenation
29%
imines
7%
lactams
29%
lactones
9%
metals
51%
molecules
43%
morpholines
29%
nitriles
29%
nitro compounds
29%
nitrogen
29%
oxidation
29%
phenyl ether
9%
proposals
29%
pyrrolidones
29%
reagents
17%
reduction
36%
rings
14%
synthesis
100%
temperature range 0273-0400 k
9%
tetrahydrofuran
29%
tolerance
7%
transformations
14%
utilities
7%
values
14%
yields
29%
Chemistry
Aldimine
29%
Ambient Reaction Temperature
7%
amination
29%
Aromatic Compound
58%
Arylation
9%
Base
29%
Benzene Ring
14%
Carboxamide
29%
Carboxylic Acid
7%
Cobalt
29%
Diastereoselectivity
9%
Double Bond
9%
Electrochemical Oxidation
14%
Electrochemistry
29%
Enamide
9%
formation
14%
Halide
7%
Hydroboration
29%
Hydrogenation
29%
Imine
9%
Ketolactone
9%
Lactam
29%
Lactone
7%
Main Group of Metals
19%
Morpholine
29%
Nitro Compound
29%
One Pot Reaction
29%
Piperidones
9%
Radical Cation
14%
reduction of nitriles
9%
Ring Formation
29%
Tetrahydrofuran
29%