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Both mixtures exhibited better performances than the pure oxides.
Both the pure oxides and gold catalysts were found to be stable.
Pure oxides and their mechanical mixtures were tested under identical experimental reaction conditions.
The catalysts were prepared by mechanical mixture of the pure oxides prepared separately.
As a result, the mixed oxide is found to be more reducible than the pure oxides in agreement with experimental data.
Doping of pure oxides and mixed systems with sulfur resulted in lowering of the band-gap values below 3 eV and much better activity in H2 evolution reaction.
Similar(39)
As shown in the steady-state temperature variation profile (Fig. 3b), upon loading (5 wt%) of plasmonic nanoparticles into the pure oxide support, the average surface temperature under illumination (10 W cm 2) increases significantly (ΔT~110 °C).
The conduction of Gd2(Zr1−xNbx)2O7+x is not a pure oxide-ionic conductor.
It was found that in low oxygen partial pressure, the nonstoichiometric CaZrO3 obtained by gel-casting method were pure oxide ion conductors.
The bandgap and the zero point of charge indicated that the increase in ZnO content approaches these parameters to values of pure oxide.
The results that the modified supports can in practical catalyst preparation as well as in RPA simulations be treated as pure oxide supports.
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