Synthesis of Pd Dendritic Nanowires by Electrochemical Deposition

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초록

Pd dendritic nanowire electrodes were synthesized by the electrodeposition method with different reduction potentials and deposition times. In particular, it was found that during the electrochemical deposition process, the Pd dendritic nanowire grew along the < 111 > direction resulting from the favorable adsorption of the sulfuric acid anion on the Pd (111) plane. With an increased potential, the branches of the dendritic nanowires with single crystal structure became longer in length and thinner in thickness. In addition, depending on reduction potentials, the diameters of main and side branches in the Pd dendritic nanowires were almost the same without respect to the deposition time.

키워드

ETHANOL ELECTROOXIDATIONFUEL-CELLRUTHENIUM NANOPARTICLESMETHANOL OXIDATIONPT(111) ELECTRODENANOCRYSTALSSCALEELECTROCATALYSTSSEMICONDUCTORSURFACES
제목
Synthesis of Pd Dendritic Nanowires by Electrochemical Deposition
저자
Song, You-JungKim, Jy-YeonPark, Kyung-Won
DOI
10.1021/cg8007574
발행일
2009-01
유형
Article
저널명
Crystal Growth and Design
9
1
페이지
505 ~ 507