INIS
carbon
100%
furfural
84%
reduction
84%
polyurethanes
84%
carbon dioxide
52%
synthesis
48%
electron donor
42%
electrolysis
42%
monomers
42%
graphite
42%
bipyridines
42%
policy
42%
bromine
42%
electrodes
42%
fluorides
42%
isocyanates
42%
tools
42%
liquids
42%
nickel
42%
applications
42%
anodes
42%
hemicellulose
42%
dehydrogenation
42%
removal
42%
carbonates
42%
oxidation
42%
couplings
42%
yields
42%
electrochemistry
42%
electrolytes
42%
principal component analysis
42%
catalysts
42%
furans
42%
sodium
42%
formic acid
42%
tetrahydrofuran
42%
formates
42%
wood
42%
flames
42%
phosphorus
42%
lignin
42%
coatings
42%
reagents
38%
values
38%
reviews
35%
storage
31%
urea
31%
alcohols
31%
range
26%
doped materials
21%
Keyphrases
Furfural
84%
Non-isocyanate Polyurethane
42%
Cyclic Carbonate
42%
Oxidative Dehydrogenation
42%
Bifuran
42%
Constant Current Electrolysis
42%
Homocoupling
42%
Sacrificial Anode
42%
Bipyridine
42%
Undivided Cell
42%
Hemicellulose
42%
Methyl
42%
Graphite Electrode
42%
Carbon Capture
42%
Carbon-based
42%
Sustainable Carbon
42%
Triethanolamine
42%
Carbon Materials
42%
Liquid Phase
42%
Carbon Dioxide
42%
Electron Donor
42%
Bromine
42%
Oxidative Coupling
42%
Urea
42%
Tetrahydrofuran Derivatives
42%
Bio-based Flame Retardant
42%
Lignin
42%
Furfuryl Alcohol
42%
Catalytic Reduction
42%
Acrylic Coating
42%
Supporting Electrolyte
42%
Electrochemical Reduction
42%
Phosphorus-rich
42%
Sodium Formate
42%
Furan Derivatives
42%
Formic Acid
42%
Polyurethane Coating
42%
Wood
42%
Furancarboxylate
42%
Principal Coordinate Analysis (PCoA)
42%
Bond-forming Reactions
42%
Tetramethylammonium Fluoride
42%
C-F Bond
42%
Self-polycondensation
28%
Propylene Carbonate
28%
Side Reactions
28%
Ethylene Carbonate
28%
2-methyltetrahydrofuran
28%
2-Methylfuran
28%
Carbon Dioxide Removal
21%