Effects of Electrode Geometry on Energy Transfer Characteristics of Electrolytic Cells Used for Production of Metallic Nanostructures | ||
Engineering and Technology Journal | ||
Article 5, Volume 36, 1B, January 2018, Pages 33-36 PDF (747.68 K) | ||
DOI: 10.30684/etj.36.1B.5 | ||
Author | ||
Noor I. Naji* | ||
Applied Sciences Department, University of Technology, Baghdad, IRAQ. | ||
Abstract | ||
In this work, the effects of geometries of stainless steel electrodes used in electrolytic analysis cells were studied. These cells are used for preparation of metallic nanostructures. These effects can be observed by studying energy transfer characteristics of electrolytic cell as the electric field and current density are determined by its electrode geometry. Four electrode geometries were used in this work. | ||
Keywords | ||
Electrical physics; Electrolytic cells; Metallic nanostructures; Energy transfer | ||
Statistics Article View: 117 PDF Download: 61 |