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Exact(42)
The values of the electrochemically active surface area as well as the mass and surface specific activities depend on the preparation process with the most active catalysts demonstrating up to 4.5 fold activity enhancement compared to commercial Pt/C.
By contrast, H-ZSM-57 shows considerably higher n-octane cracking activity than ZSM-5 known as one of the most active catalysts for this reaction.
The most active catalysts were aged for 165 min.
Ti-mesoporous MCM-41 and MCM-48 molecular sieves were among the most active catalysts.
In all instances, Co- and Mn-based systems were the most active catalysts.
γ-Fe2O3 particles supported on layer silica are the most active catalysts for both reactions.
Similar(18)
The most active catalyst exhibits superior activity than the commercial Pt/C catalyst using the RDE method in alkaline media, and displays comparable power density to Pt/C catalyst in Zn-air battery.
The most active catalyst showed a good activity in epoxidation reaction but also a low selectivity to epoxide.
At high temperatures (>50 °C), Pt/NS-rGO/DWCNT is the most active catalyst in concordance with its higher apparent activation energy.
The most active catalyst was Fe2O3/g-C3N4 Fe2O3/g-C3N4
Pt-Ir/Ti-SBA-15 was the most active catalyst.
More suggestions(15)
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