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The activity measurements of the catalysts studied identify Co3O4 as the most active material.
As a result of the evaluation of the catalytic activity, it was considered that the Mn oxide is one of the most active material of all, except for some DSA-type electrodes such as Ru and Ir oxides, for the anodic evolution of oxygen.
The most active material (C3) demonstrated highly reproducible values of r33 = 130 pm/V.
The most active material allows high single-pass conversions in scCO2 at temperatures as low as 60°CC.
Ni/ITQ-2 zeolite was found the most active material while ITQ-2 zeolite containing Co exhibited the highest hydrogen selectivity and the lowest CO selectivity.
The most active material of this latter type is shown to have 100% CO conversion at 20 °C for at least 10 h.
Similar(51)
The most active materials are based on RuxSey clusters, but the toxicity of selenium will most likely limit their embrace by the marketplace.
The most active materials were those characterized by the presence of iron species reducible at approximately 640 K, and assigned to cationic iron oxo species such as [(OH Fe O Fe–(OH ]2+.
Generally, noble metals are the most active materials for hydrogen evolution reaction (HER), although they are very expensive [3, 4].
On the other hand, the catalyst with the higher structural water and with (110) and (200) crystallographic planes being the most intensity contributors (after 211) was the most OER active material.
Thus, these selection leads to prepare a wide series of gold-supported materials and disclose on the most suitable conditions to find the most active antimicrobial material.
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