个人简介
Tsinghua University (05/1999～12/2003) Bei Jing, P. R. C.
Doctor (Electronic Material & Packaging)
Central South University of Technology (09/1996～04/1999) Chang Sha, P. R. C.
Master (Powder Metallurgy)
Central South University of Technology (09/1989～07/1993) Chang Sha, P. R. C.
Bachelor (Metal Materials and Fabrication)
近期论文
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1) Extremely high-efficiency and ultrasimplified hybrid white organic light-emitting diodes exploiting double multifunctional blue emitting layers, Light: Science & Applications, 5, 2016, e16137 (SCI, IF=14.603)
2) Highly conductive AZO thin films obtained by rationally optimizing substrate temperature and oxygen partial pressure, Molecular Crystals and Liquid Crystals, Accepted(SCI, IF:0.493)
3) Enhanced adhesion and field emission of CuO nanowires synthesized by simply modified thermal oxidation technique, Nanotechnology, 27, 2016, 395605(SCI, IF:3.573)
4) Effects of Rare-Earth Element Dopants in High-Mobility InOx-Based Thin Film Transistors,IEEE Electron Device Letters,37(9), 2016,1139-1142(SCI, IF:2.75)
5) 薄膜晶体管中高性能HfO2的低温制备研究, 真空科学与技术学报, 8, 2016, 印刷中
6) 室温脉冲激光生长ZnO薄膜晶体管的研究, 中国真空学会2016学术年会, 502
7) 显示器件中高性能铜合金材料研究及应用, 中国真空学会2016学术年会, 494
8) 薄膜晶体管中Al2O3绝缘层的室温制备与研究, 中国真空学会2016学术年会, 482
9) 基于喷墨打印的TFT器件电极形貌控制, 中国真空学会2016学术年会, 481
10) 基于紫外光固化的喷墨打印金属布线边缘调控, 中国真空学会2016学术年会, 453
11) 一种低电阻率铜铬合金薄膜的制备, 中国真空学会2016学术年会, 414
12) Direct patterning of silver electrodes with 2.4μm width channel for TFT piezoelectric inkjet printing, CIOP 2016,2016,1627
13) Room Temperature Preparation of RF Magnetron Sputtered Al2O3/HfO2 Dielectric Layers, CIOP 2016,2016,1793
14) The application of electrode ink-jet printing in TFTs,CIOP 2016,2016, 1835
15) Characteristics of Transparent Si-Doped SnO2Thin Films, ICSM 2016, 2016,W-3-41
16) Research on Cu-Cr alloy bus line in AOS TFT,ICSM 2016, 2016, M-4-66
17) Droplets impinging Model for the Limited Channel Length of Inkjet Printed Thin Film Transistors, ICSM 2016,2016, M-9-21
18) Research of PLD Al2O3/AZO Multilayers,ICSM 2016, 2016, W-3-49
19) Effect of Post Treatment for Cu-Cr Source/ Drain Electrodes on a-IGZO TFTs, Materials, 9, 2016, 623 (SCI, IF:2.728)
20) Flexible AMOLED based on Oxide TFT with High Mobility, Society for Information Display 2016, 2016,641-643
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