As an example on how to understand the catalytic sites at the molecular level by starting with the model catalysts,this report briefly describes three Re-Sn mixed oxide crystallites with well-defined structures and th...
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As an example on how to understand the catalytic sites at the molecular level by starting with the model catalysts,this report briefly describes three Re-Sn mixed oxide crystallites with well-defined structures and their catalytic performances in the selective ammoxidation of light *** specific crystalline（100） structures of SbRe2O6 and their interaction with the NH3 reactant play a crucial role in the activation of C-H bonds in alkane *** interaction between the（100） planes and NH3 leads to the formation of adsorbed NHx species and oxygen vacancies,and it specially increases the activity of the lattice oxygen atoms,which constitute the active sites for the C-H bond activation in the ammoxidation *** provides useful information for the design of novel catalysts of the selective oxidation reactions.
Since Fujishima and Honda discovered the photocatalytic splitting of water on TiO2 e1ectrodes in 1972, TiO2 has attracted great attention for its widespread applications in solar cells, photocatalysts
Since Fujishima and Honda discovered the photocatalytic splitting of water on TiO2 e1ectrodes in 1972, TiO2 has attracted great attention for its widespread applications in solar cells, photocatalysts
Highly ordered Si nanotube (SiNT) arrays with controllable pore diameters, lengths and wall thicknesses have been prepared by a multi-step template replication and CVD approach. We chose cytochrome c
Highly ordered Si nanotube (SiNT) arrays with controllable pore diameters, lengths and wall thicknesses have been prepared by a multi-step template replication and CVD approach. We chose cytochrome c
Phthalocyanines (Pcs) are of great technological and fundamental importance in various systems such as dyes, pigments, nonlinear optical materials, photodynamic reagents for cancer therapy, liquid cry
Phthalocyanines (Pcs) are of great technological and fundamental importance in various systems such as dyes, pigments, nonlinear optical materials, photodynamic reagents for cancer therapy, liquid cry
The ability to synthetically tune the structure, size, and shape of inorganic materials is an important goal in current material synthesis and device fabrication at the mesocale. Micro- and nanostruct
The ability to synthetically tune the structure, size, and shape of inorganic materials is an important goal in current material synthesis and device fabrication at the mesocale. Micro- and nanostruct
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