Here, we report a molybdenum-mediated redispersion strategy for regenerating sintered Cu catalysts, which can disrupt the large Cu NPs under high-temperature oxidation …
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copper-molybdenum concentrate is formed, and the reduc-tion of the copper amount is necessary for molybdenum separation [38]. Many metallurgical methods, such as smelting, roast-ing [22], …
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The reduction pathway of copper and molybdenum oxides with combined Mg + C reducing agents at high heating rates from 100 to 5200 K min−1 was delivered.
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The obtained results represented the probable molybdenite dissolution and the formation of various types of copper sulfide, iron chloride, and copper chloride complexes in …
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The prepared copper molybdate exhibited exceptionally high catalytic performance of the oxidation of methylene blue dye and of the reduction reaction of the three isomers of …
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Copper molybdenum enhances not just the power efficiency but also contributes to heat management due to its thermal conductivity, creating a synergistic effect that promotes …
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Here, we prepare two types of copper molybdate, CuMoO 4 and Cu 3 Mo 2 O 9, and electrochemically investigate them for water splitting and CO 2 reduction. Our findings show that Cu 3 Mo 2 O 9 is a better electrocatalyst for full water …
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We will investigate in this paper whether or not the linear and inverse rule of mixture can be applied to predict the material properties of liquid-phase infiltrated MoCu composites.
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We will investigate in this paper whether or not the linear and inverse rule of mixture can be applied to predict the material properties of liquid-phase infiltrated MoCu composites.
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Here, we prepare two types of copper molybdate, CuMoO 4 and Cu 3 Mo 2 O 9, and electrochemically investigate them for water splitting and CO 2 reduction. Our findings show …
WhatsApp: +86 18221755073
The obtained results represented the probable molybdenite dissolution and the formation of various types of copper sulfide, iron chloride, and copper chloride complexes in …
WhatsApp: +86 18221755073
In this manuscript, we report a straightforward method to create sulphur (S) deficient molybdenum (Mo) sulfide (MoS 2−x) structures and substitute them with zerovalent …
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This work reports the electrochemical reduction of CO 2 to formate catalyzed by the bimetallic complex [(bdt)Mo VI (O)S 2 Cu I CN] 2− (bdt = benzenedithiolate), a mimic of the active site of …
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