The palladium-phenanthroline catalyzed carbonylation reaction of nitrobenzene to methyl phenylcarbamate is known to be accelerated by both the addition of aniline and a carboxylic acid. Here, we report that combining the acidic and amino function in the same molecule, 2-NH2C6H4COOH, anthranilic acid, an higher activity is observed with respect to the use of simple benzoic acid. The 4-amino isomer does not show the same increased activity
A new family of promoters, based on phosphorus acids, is reported for the catalytic carbonylation of...
2-Hydroxypyridine and related molecules have a large activating effect on the previously reported [P...
BDTBPMB has been proven to be an essential ligand in carbonylation chemistry. Its two tert-butyl gro...
Palladium-phenanthroline complexes catalyze both the nitroarene carbonylation reaction and the amine...
The previously reported catalytic system PdCl2-Keggin heteropolyanion for the carbonylation of nitro...
Palladium - phenanthroline complexes catalyze both the nitroarene carbonylation reaction and the ami...
Palladium - phenanthroline complexes catalyze both the nitroarene carbonylation reaction and the ami...
Palladium - phenanthroline complexes catalyze both the nitroarene carbonylation reaction and the ami...
Palladium - phenanthroline complexes catalyze both the nitroarene carbonylation reaction and the ami...
Phenomenal! The activity of the palladium-phenanthroline catalytic system for the carbonylation of n...
The application of the palladiurn-phenanthroline catalytic system to the carbonylation of nitrobenze...
During our studies on the reductive carbonylation of nitrobenzene, we have found that palladium meta...
Many different palladium-based catalytic systems have been reported for the carbonylation reactions ...
Phosphorus acids are excellent promoters for the palladium-phenanthroline catalyzed corbonylation of...
Inspired by the results of a previous mechanistic study, a series of mostly new non symmetric phenan...
A new family of promoters, based on phosphorus acids, is reported for the catalytic carbonylation of...
2-Hydroxypyridine and related molecules have a large activating effect on the previously reported [P...
BDTBPMB has been proven to be an essential ligand in carbonylation chemistry. Its two tert-butyl gro...
Palladium-phenanthroline complexes catalyze both the nitroarene carbonylation reaction and the amine...
The previously reported catalytic system PdCl2-Keggin heteropolyanion for the carbonylation of nitro...
Palladium - phenanthroline complexes catalyze both the nitroarene carbonylation reaction and the ami...
Palladium - phenanthroline complexes catalyze both the nitroarene carbonylation reaction and the ami...
Palladium - phenanthroline complexes catalyze both the nitroarene carbonylation reaction and the ami...
Palladium - phenanthroline complexes catalyze both the nitroarene carbonylation reaction and the ami...
Phenomenal! The activity of the palladium-phenanthroline catalytic system for the carbonylation of n...
The application of the palladiurn-phenanthroline catalytic system to the carbonylation of nitrobenze...
During our studies on the reductive carbonylation of nitrobenzene, we have found that palladium meta...
Many different palladium-based catalytic systems have been reported for the carbonylation reactions ...
Phosphorus acids are excellent promoters for the palladium-phenanthroline catalyzed corbonylation of...
Inspired by the results of a previous mechanistic study, a series of mostly new non symmetric phenan...
A new family of promoters, based on phosphorus acids, is reported for the catalytic carbonylation of...
2-Hydroxypyridine and related molecules have a large activating effect on the previously reported [P...
BDTBPMB has been proven to be an essential ligand in carbonylation chemistry. Its two tert-butyl gro...