Mechanistic Investigations on Cp*CoIII-Catalyzed Quinoline Transfer Hydrogenation with Formic Acid
The mechanism of the quinoline transfer hydrogenation (TH) by aqueous HCOOH under the
action of [Cp* Co (quinNH2) I]+(A*; quinNH2= 8-aminoquinoline) has been investigated by a …
action of [Cp* Co (quinNH2) I]+(A*; quinNH2= 8-aminoquinoline) has been investigated by a …
[HTML][HTML] Неклассические эффективные методы восстановления гетероароматических соединений
ЮЮ Титова, АВ Иванов - Russian Chemical Reviews, 2024 - uspkhim.ru
Аннотация В обзоре проанализированы работы, посвященные различным способам
насыщения и деароматизации гетероциклических фрагментов, входящих в состав …
насыщения и деароматизации гетероциклических фрагментов, входящих в состав …
Mild and selective synthesis of imines and N-Heterocyclic compounds via formic acid-mediated reductive coupling strategy over Nitrogen-Coordinated cobalt Single …
J He, J Nie, X Liu, B Liu, Z Zhang - Chemical Engineering Journal, 2024 - Elsevier
The selective formation of C= N bonds through the formic acid-mediated reductive coupling
of nitro groups with carbonyl groups over heterogeneous catalysts poses challenges due to …
of nitro groups with carbonyl groups over heterogeneous catalysts poses challenges due to …
[HTML][HTML] Non-classical effective methods for reduction of heteroaromatic compounds
YY Titova, AV Ivanov - Russian Chemical Reviews, 1919 - russchemrev.org
The review summarizes the known data on various methods for saturation and
dearomatization of heterocyclic moieties, forming diverse aromatic compounds. Since the …
dearomatization of heterocyclic moieties, forming diverse aromatic compounds. Since the …