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Hence, there are much more methanol gas-adsorbing vacancies on the surface of the sensor, which lead to effective adsorption of methanol gas and result in enhancement of the selectivity.
Each single methanol dose was the same as in the standard protocol and consequently much more methanol was added during the course of the cultivation.
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Impressively, the Co3O4/NiO core/shell nanowire array exhibits much higher electro-catalytic activity, lower over-potential and much more stability for methanol electro-oxidation compared to the single Co3O4 nanowire array in alkaline medium.
Therefore, the addition of γ-alumina was bound to adsorb the methanol much more readily during the reaction, which greatly increased the possibility of the contact between methanol and HZSM-5 catalyst and in turn boosted the subsequent aromatization of methanol.
However, methanol is very much more difficult to oxidise anodically than hydrogen, the more conventional anode fuel, and this has hampered development of commercial direct methanol fuel cells.
The NPs of Mn3O4 were much more active in catalytic combustion of methanol than NPs of CeO2 obtained by the same nanoemulsion method.
Our results showed that concentration-dependent reduction of the iNOS protein by CJ methanol extract was much more potent than that of NO.
However, for a direct methanol fuel cell (DMFC), it is much more difficult to evaluate its efficiency due to fuel crossover and the complex architecture of fuel circulation.
The solvents employed in these operations (methanol, ethanol and ethyl acetate) are much more environmentally benign compared to dichloromethane that had been earlier suggested [9] for precipitation of 1.
In transesterification process, the CaO basic sites catalytically transform the methanol into nucleophile molecule which is much more reactive, and subsequently, this nucleophile attacks the carbonyl carbon structure of glyceride molecules[16, 20].
It was observed that the CDC could adsorb much more VOCs than commercial activated carbons (especially for the less polar methanol).
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