A highly regioselective aerobic bromination of aromatic compounds has been achieved using Fe3O4@SiO2/CuO nanocatalyst and O2 as a green oxidant. In this procedure, the reactions gave high yields and para-selectivity for the various aromatic compounds. Mechanistic studies are described, and the possible mechanisms are proposed. Recyclability of the Fe3O4@SiO2/CuO nanocatalyst has also been explored upon aerobic bromination of aromatic compounds. The nanocatalyst can be reused five times without any significant decrease in the catalytic activity and selectivity.</p
For the conversion of raw materials into fine chemicals and high-value building blocks, reliable oxi...
We studied the process of deep oxidation of isopropyl alcohol under conditions of aerosol nanocataly...
For the conversion of raw materials into fine chemicals and high-value building blocks, reliable oxi...
This review covers recent advances in C-H bromination of aromatic substrates. Transition-metal-catal...
This review covers recent advances in C-H bromination of aromatic substrates. Transition-metal-catal...
Oxidative bromination of methane, mediated by HBr/H(2)O (solution), provides an original route for t...
<p>An efficient method for α-bromination of aryl ketones, using the combination of molecular oxygen ...
Investigations on heterogeneous iron catalysis in the selective aerobic oxidation of a primary alcoh...
Bromination of organic compounds is usually effected using equimolar ratios of bromine with the subs...
Aerobic Oxybromination of Phenols Catalyzed by Sodium Nitrite under Mild ConditionsAn efficient cata...
A highly regioselective, environmentally safe and economical method for oxybromination of both prote...
A novel and efficient catalytic system for the oxybromination of aromatic compounds and aryl ketones...
FePO(4)/SiO(2) was employed for the oxidative bromination of methane (OMB) for the first time. A met...
We studied the process of deep oxidation of isopropyl alcohol under conditions of aerosol nanocataly...
For the conversion of raw materials into fine chemicals and high-value building blocks, reliable oxi...
For the conversion of raw materials into fine chemicals and high-value building blocks, reliable oxi...
We studied the process of deep oxidation of isopropyl alcohol under conditions of aerosol nanocataly...
For the conversion of raw materials into fine chemicals and high-value building blocks, reliable oxi...
This review covers recent advances in C-H bromination of aromatic substrates. Transition-metal-catal...
This review covers recent advances in C-H bromination of aromatic substrates. Transition-metal-catal...
Oxidative bromination of methane, mediated by HBr/H(2)O (solution), provides an original route for t...
<p>An efficient method for α-bromination of aryl ketones, using the combination of molecular oxygen ...
Investigations on heterogeneous iron catalysis in the selective aerobic oxidation of a primary alcoh...
Bromination of organic compounds is usually effected using equimolar ratios of bromine with the subs...
Aerobic Oxybromination of Phenols Catalyzed by Sodium Nitrite under Mild ConditionsAn efficient cata...
A highly regioselective, environmentally safe and economical method for oxybromination of both prote...
A novel and efficient catalytic system for the oxybromination of aromatic compounds and aryl ketones...
FePO(4)/SiO(2) was employed for the oxidative bromination of methane (OMB) for the first time. A met...
We studied the process of deep oxidation of isopropyl alcohol under conditions of aerosol nanocataly...
For the conversion of raw materials into fine chemicals and high-value building blocks, reliable oxi...
For the conversion of raw materials into fine chemicals and high-value building blocks, reliable oxi...
We studied the process of deep oxidation of isopropyl alcohol under conditions of aerosol nanocataly...
For the conversion of raw materials into fine chemicals and high-value building blocks, reliable oxi...