Chemical Compounds
Ligands
100%
Carbon Monoxide
93%
Atoms
90%
Hydrides
80%
Alkynes
77%
Germanium
71%
Cations
52%
Antimony
46%
Transition metals
45%
Tin
44%
Dimers
42%
Catalysts
42%
phosphine
42%
Discrete Fourier transforms
36%
benzylamine
34%
Ruthenium
33%
Benzyl Alcohol
33%
Chelation
32%
Protons
32%
F 4
32%
pyrazole
30%
naphthalene
30%
Gold
29%
carbene
27%
X ray diffraction analysis
26%
Derivatives
26%
Monomers
25%
Nitrogen
24%
Silicon Dioxide
24%
Nuclear magnetic resonance spectroscopy
24%
Oxidation
23%
Reducing Agents
22%
Bismuth
22%
propadiene
22%
Stars
21%
Infrared spectroscopy
21%
Raman spectroscopy
21%
dilactide
21%
Electrons
21%
Density functional theory
18%
stannous chloride
17%
Heterocyclic Compounds
17%
benzaldehyde
17%
Phosphorus
16%
Stabilization
16%
Calibration
16%
W 7
15%
Lewis Bases
14%
Cyanides
13%
nonacarbonyl diiron
13%
Engineering & Materials Science
Atoms
69%
Ligands
68%
Antimony
61%
Protons
51%
Naphthalene
44%
Dimers
42%
Nuclear magnetic resonance spectroscopy
32%
Transition metals
31%
Infrared spectroscopy
28%
Raman spectroscopy
28%
Bismuth
28%
X ray diffraction analysis
26%
Electrons
26%
Hydrides
26%
Positive ions
26%
Reducing agents
23%
Alcohols
23%
Discrete Fourier transforms
23%
Silica
21%
Catalysts
20%
Oxidation
18%
Derivatives
17%
Chelation
16%
Calibration
16%
Catalyst activity
13%
Lithium
11%
Density functional theory
10%
Salts
9%
Stoichiometry
9%
Experiments
7%
Gold
7%
Stabilization
7%
Substitution reactions
7%
Adsorption
6%
Geometry
6%
Fermi level
6%
Carbon monoxide
5%
Coulomb interactions
5%
Binding energy
5%
Hydrogen
5%
Metal ions
5%