Chemistry
Hydrosilylation
100%
Manganese
86%
Single Crystal X-Ray Diffraction
47%
Cobalt
39%
Electronic State
29%
Silane
28%
X-Ray Diffraction
26%
Chemical Oxygen Demand
25%
Monomer
23%
Chemical Vapor Deposition
23%
Chemoselectivity
23%
Dinitrogen
23%
Molybdenum
23%
Nitrile
23%
Density Functional Theory
22%
EPR Spectroscopy
19%
Turnover Frequency
19%
Hydroboration
17%
Alkylation
17%
Amalgam
17%
Ammonium Salt
17%
Reductive Alkylation
17%
Donor
17%
Diamagnetic
15%
NMR Spectroscopy
15%
Coordination Compound
15%
Ketones
15%
Hydrogen
14%
Monoanion
13%
Formate
12%
Epoxide
11%
Siloxane
11%
Carbon Dioxide
11%
Oligomer
11%
Acetonitrile
11%
Catalyst Deactivation
11%
Organic Solid
11%
Sodium Borohydride
11%
Silver
11%
Iodomethane
11%
Alkene
11%
Hydrogen Production
11%
Iron Complex
11%
Ethylenediamine
11%
Electro Analytical Method
11%
Electrocatalyst
11%
Dimolybdenum
11%
Borylation
11%
Vanadium
11%
Alkyne
11%
Keyphrases
Phosphine
28%
Chelates
27%
Diimine
24%
Precatalyst
23%
Hydrosilylation
23%
Diketiminate
23%
Electronic Structure
19%
Zero-valent
17%
Carbonyl
17%
Bis(imino)pyridine
17%
Aryl
15%
Cobalt
15%
Triphos
15%
Diimine Ligands
14%
Manganese Hydride
14%
Antiferromagnetically Coupled
13%
Iron Complexes
13%
Iron Halide
13%
Halide Complexes
13%
Cobalt-catalyzed
11%
Diamine
11%
C-P Bond
11%
Bond Activation
11%
Manganese-based
11%
Dicarbonyls
11%
Hydride Complexes
11%
C-O Bond Cleavage
11%
Divalent Nickel
11%
Hydrogenogenesis
11%
Compound Catalyst
11%
Thiocyanato
11%
Dicopper
11%
Carbon-oxygen Bond Cleavage
11%
Thiocyanate Anion
11%
Inversion Center
11%
Iron-nickel Alloy
11%
Copper Molybdate
11%
Kinetic Decomposition
11%
Monoanionic
11%
C(X)
11%
Imines
11%
Open-shell
11%
2,2':6',2''-terpyridine
11%
Reactivity Studies
11%
Amines
11%
H2 Evolution
11%
Iodide Complexes
11%
Methyl Iodide
11%
Controlled Reduction
11%
Alkene Hydrogenation
11%
