Metal Oxides nanostructured supported

In conclusion, these data do not allow concluding whether or not Titania nanotubes form better catalysts due to their intrinsic nanostructure, and not simply because they have a high geometrical surface area and provide a good dispersion of supported catalysts. These properties may be found in other Titania based catalysts not having a ID nanostructure. On the other hand, it is also clear from above comments that most of the studies up to now were justified essentially from the curiosity to use a novel support more than from the rational design of advanced catalysts, which use the metal oxide nanostructure as a key component to develop... [Pg.380]

Heteropoly compounds, nanostructured adsorbents, 119 High-powered ultrasound metal oxides and supported metal catalysts, 3... [Pg.208]

Metal and Metal Oxide Nanostructure on Resin Support... [Pg.23]

METAL AND METAL OXIDE NANOSTRUCTURE ON RESIN SUPPORT... [Pg.24]

Considering the advantageous support properties of nanocarbons discussed in Section 15.2, numerous studies have been carried out on different catalytic reactions. To highlight the positive impact of the nanostructure, this section focuses on reports that give a reference catalyst based on a conventional carbonaceous support such as activated carbon, carbon black, or graphite, rather than metal oxides. [Pg.416]

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