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Synthesis and Characterization of Ordered Cobalt Phosphide Nanowire Arrays As a Potential Catalyst for HER/Oer Reactions

机译:作为她/欧尔反应的潜在催化剂的有序钴磷化物纳米线阵列的合成与表征

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Nowadays, increased interest in the field of nano-scale materials is observed. Knowledge about the physicochemical properties of nano-objects is desirable since they exhibit completely different properties than their macroscopic counterparts. The greatest advantage of nanomaterials is their developed specific surface area. This feature is useful in many fields of science, e.g., catalysis, that uses a large number of active centers (resulting from the developed surface), as well as modifications of the electronic structure of nanoparticles that change their redox properties.
机译:如今,观察到纳米级材料领域的兴趣增加。 关于纳米物体物理化学性质的知识是理想的,因为它们表现出比其宏观对应物完全不同的性质。 纳米材料的最大优点是它们的特定表面积。 该特征在许多科学领域是有用的,例如,催化,其使用大量活跃的中心(由发达表面产生),以及改变其氧化还原性能的纳米颗粒的电子结构的修饰。

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