2Te3; nanorods;"/> 2Te3 and Bi4Te3 films were synthesized in turn on the same electrolyte. Bi2Te3 thin film is composed of regular nanorods with the length up to 100 nm and average width of 10 nm, which exhibited large specific areas and would be beneficial to the application as thermoelectric materials. And the Bi4Te3 thin film is composed of nanoparticles which assembled greatly into irregular polyhedrons. The results of this manuscript proved that by changing the deposition parameters, it is possible to tune the phase composition and morphology of Bi-Te binary thin films."/>
Electrochemical deposition of nanocrystalline Bi-Te films and their characterizations
DOI:
Author:
Affiliation:
Northwest Institute of Non-ferrous Metal Research
Clc Number:
Fund Project:
Article
|
Figures
|
Metrics
|
Reference
|
Related
|
Cited by
|
Materials
|
Comments
Abstract:
Galvanostatic electrochemical processes were used to electrodeposit Bi-Te binary thin films. Single-phased Bi2Te3 and Bi4Te3 films were synthesized in turn on the same electrolyte. Bi2Te3 thin film is composed of regular nanorods with the length up to 100 nm and average width of 10 nm, which exhibited large specific areas and would be beneficial to the application as thermoelectric materials. And the Bi4Te3 thin film is composed of nanoparticles which assembled greatly into irregular polyhedrons. The results of this manuscript proved that by changing the deposition parameters, it is possible to tune the phase composition and morphology of Bi-Te binary thin films.
Reference
Related
Cited by
Get Citation
[CAO Yiqi, HUANG Xiaohua, WU Jianbo, LIN Yan, GUO Renqing, ZHANG SHENGNAN. Electrochemical deposition of nanocrystalline Bi-Te films and their characterizations[J]. Rare Metal Materials and Engineering,2016,45(12):3108~3111.] DOI：[doi]