Catalytically Active Structure and its Structural Transformation during the Phenol Synthesis

Catalytically Active Structure and its Structural Transformation during the Phenol Synthesis 

Molecular oxygen was activated on the space between the two Re,5 octahedral cores of the Rejo cluster and benzene concertedly reacted on the activated O2 with the very low activation energy of 24 kJ mol, where O2 dissociates to form nearly 

The unique catalytic properties of supported metal complexes, compared with different from metal and metal oxides, have been devoted to various chemical processes, including selective oxidation catalysis, shape selective catalysis and 

1 Iwasawa, Y. (ed.) (1986) Tailored Metal Cataysts, Reidel, Dordrecht. 

2 Iwasawa, Y. (1987) Chemical design for active surfaces. Adv. Catal, 35,187. 

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