Chemistry
Carbene
100%
N-Heterocyclic Carbene
83%
Transition Metal
62%
Rhenium
60%
Palladium
50%
Alkene
45%
Rhodium
43%
Main Group Element
41%
formation
39%
Crystal Structure
35%
epoxidation
30%
Metallocene
30%
Molecular Structure
28%
Donor
24%
Ruthenium
22%
Single Crystal X-Ray Diffraction
21%
Catalyst Activity
20%
Chemistry
20%
Cyclopentadienyl
20%
X-Ray Diffraction
19%
Hydroformylation
16%
Halide
16%
Hydrogen Peroxide
16%
stability
16%
Iridium
15%
Molybdenum
15%
Ethylene
15%
Coordination Compound
15%
NMR Spectroscopy
15%
Heterocyclic Compound
14%
Water Soluble
13%
Density Functional Theory
13%
Propene
13%
Ambient Reaction Temperature
13%
Polymerization
13%
olefin metathesis
12%
Spectroscopy
12%
Organometallic Chemistry
12%
Carbon Dioxide
12%
Suzuki Reaction
12%
P21
12%
Coupling Reaction
12%
Zirconium
12%
Metal Carbonyl
12%
Homogeneous Catalysis
11%
Manganese
11%
Heck Reaction
11%
Space Group
11%
Hydrogen
11%
Hydrosilylation
11%
Keyphrases
N-heterocyclic Carbenes
63%
Multiple Bonds
50%
Methyltrioxorhenium
49%
Main Group Elements
42%
Carbenes
36%
Rhenium
33%
Oxides
30%
Ylidenes
30%
CO 2
28%
Methylene
27%
Molecular Structure
27%
N-heterocyclic Carbene Complexes
24%
Carbene Complexes
22%
Rhodium
21%
N-heterocyclic Carbene Ligands
20%
ReO3
19%
Olefin Epoxidation
18%
Chelates
18%
Metal Complexes
18%
Catalytic Activity
17%
Cyclopentadienone
17%
Palladium
17%
Palladacycle
17%
Rhenium(VII)
16%
Hydrogen Peroxide
15%
Hydroformylation
14%
Carbon Dioxide
14%
Catalytic Applications
14%
Complex Synthesis
13%
Heck Reaction
13%
Olefins
13%
Rhenium Complexes
13%
Olefin Metathesis
13%
Organometallic Chemistry
12%
Ruthenium Catalyst
12%
Alkyl
11%
Dinuclear
11%
Methyl
11%
Transition Metal Complexes
11%
Solid State
11%
Room Temperature
11%
Heck
11%
Catalytic Properties
10%
Metal Carbonyls
10%
Rhodium Complexes
10%
Hydrosilylation
10%
Pd-NHC Complex
10%
Homogeneous Catalysis
10%
Ethylene
10%
Structural Characterization
10%
