The liquid phase oxidation of glycerol with oxygen has been studied using mono and bimetallic catalysts based on Au and Pd metals supported on activated carbon, in order to study the effect of the metal on the distribution of the products and on activity of catalysts. It was found that by using bimetallic catalysts (Au–Pd) a strong synergistic effect was shown. By using a preformed nucleating centre we were able to obtain a single alloyed phase, which allowed us to address the synergistic effect to the presence of alloyed Au/Pd. The advantage of using this latter catalyst lies not only in the high activity but also in a prolonged catalyst life. Although a partial leaching of palladium and assembling of the particles have been revealed by IC...
Au nanoparticles are known to be a good catalyst or an effective promoter for a wide range of cataly...
Au nanoparticles are known to be a good catalyst or an effective promoter for a wide range of cataly...
Au nanoparticles are known to be a good catalyst or an effective promoter for a wide range of cataly...
The liquid phase oxidation of glycerol with oxygen has been studied using mono and bimetallic cataly...
The liquid phase oxidation of glycerol with oxygen has been studied using mono and bimetallic cataly...
The liquid phase oxidation of glycerol with oxygen has been studied using a series of monometallic a...
The liquid phase oxidation of glycerol with oxygen has been studied using a series of monometallic a...
The liquid phase oxidation of glycerol with oxygen has been studied using a series of monometallic a...
The liquid phase oxidation of glycerol with oxygen has been studied using a series of monometallic a...
The liquid phase oxidation of glycerol with oxygen has been studied using a series of monometallic a...
The liquid phase oxidation of glycerol with oxygen has been studied using a series of monometallic a...
Single phase bimetallic Au/Pd catalyst was prepared and characterised by TEM techniques. The high ac...
none3siThe liquid phase oxidation of glycerol has been studied over gold-palladium nanoparticles sup...
The liquid phase oxidation of glycerol has been studied over gold\u2013palladium nanoparticles suppo...
The liquid phase oxidation of glycerol has been studied over gold–palladium nanoparticles supported ...
Au nanoparticles are known to be a good catalyst or an effective promoter for a wide range of cataly...
Au nanoparticles are known to be a good catalyst or an effective promoter for a wide range of cataly...
Au nanoparticles are known to be a good catalyst or an effective promoter for a wide range of cataly...
The liquid phase oxidation of glycerol with oxygen has been studied using mono and bimetallic cataly...
The liquid phase oxidation of glycerol with oxygen has been studied using mono and bimetallic cataly...
The liquid phase oxidation of glycerol with oxygen has been studied using a series of monometallic a...
The liquid phase oxidation of glycerol with oxygen has been studied using a series of monometallic a...
The liquid phase oxidation of glycerol with oxygen has been studied using a series of monometallic a...
The liquid phase oxidation of glycerol with oxygen has been studied using a series of monometallic a...
The liquid phase oxidation of glycerol with oxygen has been studied using a series of monometallic a...
The liquid phase oxidation of glycerol with oxygen has been studied using a series of monometallic a...
Single phase bimetallic Au/Pd catalyst was prepared and characterised by TEM techniques. The high ac...
none3siThe liquid phase oxidation of glycerol has been studied over gold-palladium nanoparticles sup...
The liquid phase oxidation of glycerol has been studied over gold\u2013palladium nanoparticles suppo...
The liquid phase oxidation of glycerol has been studied over gold–palladium nanoparticles supported ...
Au nanoparticles are known to be a good catalyst or an effective promoter for a wide range of cataly...
Au nanoparticles are known to be a good catalyst or an effective promoter for a wide range of cataly...
Au nanoparticles are known to be a good catalyst or an effective promoter for a wide range of cataly...