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Photocatalytic CO2 Reduction Using RuRe and RuRuSupramolecular Photocatalysts Immobilized on Solid Surface

机译:使用芳α和rurusupramular的光催化剂在固体表面上固定的光催化二氧化碳减少

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In recent years,hybrid photocatalysts consisting ofsupramolecular photocatalysts and various solid materials have beenreported owing to their useful functions[1,2].However,properties of thesupramolecular photocatalysts on solid surface have not been clarifiedin detail.In this study,CO2-reduction photocatalysis of thesupramolecular photocatalysts immobilized on Al2O3 wasinvestigated.RuRe and RuRu supramolecular photocatalysts(Figure 1) were adsorbed on the Al2O3 particles with variousadsorption density.Their photocatalysis for CO2 reduction were investigated to clarify theeffects of distance between the supramolecular photocatalysts on the solid surface.
机译:近年来,由于其有用的功能,杂交光催化剂组成的伞形光催化剂和各种固体物质已经提高了[1,2]。无论,如何,固体表面上的Theuprameto分子光催化剂的性质尚未澄清细节。本研究,CO2减少光催化剂将固定在Al 2 O 3上的阴光光催化剂在Al 2 O 3上。RuRu和Ruru超分子光催化剂(图1)被吸附在具有分配的Al 2 O 3颗粒上,并研究了CO 2还原的光催化分解,以阐明固体光催化剂在固体表面上的远程光催化剂之间的距离。

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