Xiong Fei, associate researcher, tutor of master degree
Major direction: optoelectronic thin film materials and devices
Office: 1505, materials building, Chenggong campus, Yunnan University
E- mail:f_ xiong888@163.com
Education background:
September, 2008, PhD in optoelectronic materials, Kunming University of technology, September, 2008;
The current research directions are as follows:
1) Photoelectric properties and applications of strongly correlated oxide films;
2) The surface / interface control and photoelectric properties of complex oxide heterojunction are studied;
3) The electrochemical energy storage performance of perovskite type oxides was studied;
4) Optical and electrical properties of perovskite type oxide semiconductor.
Representative papers:
1)        Fei Xiong, Lin Xie,Luran Zhang, etal. Colossal photovoltages in strain-driven crystal field transition and symmetry breaking of superconducting epitaxial systems, 2019, Physical Review Materials 3, 054803.
2)        Fei Xiong, Min Wang, Hui Zhang, etal. Enhanced bidimensionality-driven ultrahigh laser-induced voltages in high-Tc superconducting epitaxial films, 2018, Advanced Electronic Materials 4, 1800116.
3)        Fei Xiong, Hui Zhang, Sheng’an Yang etal. Doping dependence of laser-induced transverse thermoelectric voltages in the perovskite Nd2-xCexCuO4 thin films, 2015, Applied Physics A 120, 717.
4)        Xiong Fei, Yang Tao, Song Zhaoning, etal. Density behavior of Ge nanodots self-assembled by ion beam sputtering deposition, 2013, Chinese Physics B 22, 058104.