Preparation and mechanical energy harvesting of BaTi09Zr 01O3 ceramic nanofibers
Date
2012Author
Xiao, Xiaopeng
Hu, Peng
Xiong, Zhaoxian
Xue, Hao
Lu, Qingjun
Ye, Helan
Zhang, Guofeng
熊兆贤
薛昊
Collections
- 材料学院-会议论文 [72]
Abstract
Piezoelectric barium zirconate-titanate ceramic nanofibers were prepared by combination of Sol-Gel processing and electrospinning technique. The average diameter of barium zirconate-titanate ceramic nanofibers is nearly 200 nm. The x-ray diffraction pattern of the fibers showed that their crystalline structures displayed tetragonal perovskite structures. Interdigitated electrodes were sprayed on an epoxy resin substrate. BaTi0.9Zr0.1O 3 nanofibers were then aligned on the interdigitated electrodes and covered with the solution of epoxy resin, so as to obtain Piezoelectric Fiber/polymer Composites. The periodic output voltages with maximum value of 0.26V were obtained under harmonic excitation, by using a finger to apply a dynamic load on the top of the composites. 漏 (2012) Trans Tech Publications.