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个人信息Personal Information
助理研究员
性别：女
出生日期：1990-07-04
学位：博士
所在单位：物理学院
办公地点：物理楼 431
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- [1]王敏焕.边继明,Sun, Hongjun,刘维峰,Zhang, Yuzhi,骆英民.n-VO2/p-GaN based nitride-oxide heterostructure with various thickness of VO2 layer grown by MBE[J],APPLIED SURFACE SCIENCE,2022,389:199-204
- [2]王敏焕.Fan, Lele,边继明,张东,Liu, Hongzhu,Sun, Hongjun,骆英民.Room-temperature metal-insulator transition of MBE grown VO2 film investigated by temperature dependent resistance and transmittance[J],JOURNAL OF MATERIALS SCIENCE MATERIALS IN ELECTRONICS,2022,28(15):11046-11052
- [3]Sun, Hongjun.张炳烨,边继明,王敏焕,张东,Miao, Lihua,骆英民.Stability and heating rate dependent metal-insulator transition properties of VO2 film grown by MBE[J],JOURNAL OF MATERIALS SCIENCE MATERIALS IN ELECTRONICS,2022,28(22):16861-16866
- [4]王敏焕.边继明,Sun, Hongjun,Liu, Hongzhu,Li, Xiaoxuan,骆英民,黄火林,张玉枝.Sunlight-induced resistance changes and their effects on the semiconductor-metal transition behavior of VO2 film[J],JOURNAL OF MATERIALS SCIENCE,2022,51(17):8233-8239
- [5]王敏焕.冯昱霖,边继明,史彦涛.基于同一结构的钙钛矿太阳电池和钙钛矿LED研究[A],第四届新型太阳能电池学术研讨会,2022:1
- [6]Zhang, Yadong.张炳烨,王敏焕,Feng, Yulin,边继明.Growth and Characteristics of n-VO2/p-GaN based Heterojunctions[J],Journal of Wuhan University of Technology,2022,35(2):342-347
- [7]Liu, Hongzhu.王敏焕,边继明,Feng, Yulin,王泽锋,张炳烨,史彦涛.Enhanced stability of perovskite solar cells using hydrophobic organic fluoropolymer[J],APPLIED PHYSICS LETTERS,2022,113(2)
- [8]王敏焕.史彦涛,边继明,董庆顺,Sun, Hongjun,Liu, Hongzhu,骆英民,张玉枝.Electroluminescence from perovskite LEDs with the structure of Ag/Spiro-OMeTAD/CH3NH3PbI3/TiO2/FTO[J],CHEMICAL PHYSICS LETTERS,2022,662:176-181
- [9]王敏焕.边继明,Feng, Yulin,董庆顺,张炳烨,Liu, Hongzhu,史彦涛.Distinctive electroluminescence characteristics behind efficient mesoscopic perovskite solar cell[J],MATERIALS SCIENCE IN SEMICONDUCTOR PROCESSING,2022,80:174-178
- [10]王敏焕.Han, Gill Sang,Jung, Hyun Suk,边继明,Lee, Jin-Wook,杨飏,Tan, Shaun,Zhao, Yepin,Zhu, Pengchen,Yin, Yanfeng,Feng, Yulin,Huang, Tianyi,Xue, Jingjing,王锐.Stable and Efficient Methylammonium-, Cesium-, and Bromide-Free Perovskite Solar Cells by In-Situ Interlayer Formation[J],ADVANCED FUNCTIONAL MATERIALS,2022,31(7)