一、團隊成員及分工
湯乃雲，教授，碩士研究生導師。主要研究方向為集成電路與器件設計
劉偉景，副教授，碩士研究生導師。主要研究方向為集成電路與器件設計
阮穎，副教授，碩士研究生導師。主要研究方向為集成電路與系統設計
楊芳，副教授，碩士研究生導師。主要研究方向為光電信息器件及系統研發
宋小軍，副教授，碩士研究生導師。主要研究方向為自動駕駛算法及系統研究
二、團隊主要研究方向
聚焦集成電路與器件、電力芯片及系統應用，側重核心器件物理層設計、後摩爾時代新型器件研發，産業标準器件模型研發，具體包括：
[1] VLSI核心器件直流、射頻模型、波動性及統計模型等；互連寄生參數提取及建模；
[2] 各種模型參數提取所需的測試結構及測試電路設計；
[3] 國産替代PDK開發；
[4] 矽基新型器件GAA/TFET等器件預言、關鍵工藝模拟設計、單元電路設計；
[5] GaN\SiC\GaO功率器件及系統研發；
[6] 先進微納光電信息器件與電路模拟及系統研發 （仿真+微納加工流片）；
[7] 自動駕駛算法及系統研究。
四、 已承擔科研項目
近五年來，主持與參與國家自然基金項目、上海市自然科學基金、上海市地方能力建設項目、上海科委軟科學課題等省部級項目及開放課題10餘項
五、近5年代表性論文情況
1. Chen, Xidong, Tang, Naiyun*, Mahmoud, Mohamed H., Altinawi, Amir, Electrical and Electronic Properties of Magnesium/Molybdenum Disulfide Heterojunction Field Effect Transistors: A Theoretical Study. Science of Advanced Materials 2023, 15(7): 863-871.
2. Chen, Hui*, Tang, Naiyun, Zuo, Zhipeng*, Improvement and Reduction of Self-Heating Effect in AlGaN/GaN HEMT Devices. Journal of Sensors 2022.
3. Li, Bing, Tang, Naiyun*, Study on Zr, Sn, Pb, Si and Pt doped TiO<sub>2</sub> photoanode for dye-sensitized solar cells: The first-principles calculations. Chemical Physics Letters 2022, 799.
4. Zhou, Rouwei, Zhang, Wei, Tang, Naiyun*. The study of ZnO/InGaAs solar cells and three methods to enhance the performances. Optical Materials 2022, 127.
5. Zuo, Zhipeng*, Tang, Naiyun, Chen, Hui. Analysis and improvement of self-heating effect based on GaN HEMT devices. Materials Research Express 2022, 9(7).
6. Jin, Xin*, Tang, Naiyun, ZnO as an anti-reflective layer for GaAs based heterojunction solar cell. Materials Research Express 2021, 8(1).
7. Tang, Naiyun*, Du, Chen, Wang, Qianqian, Xu, Haoran, Strain engineering in bilayer WSe2 over a large strain range. Microelectronic Engineering 2020, 223.
8. Wang, Hui and Naiyun Tang*, A modified TCAD simulation model for a-InGaZnO based ISFETs on GaAs substrate for pH sensing applications. Materials Research Express 2021, 8(9).
9. Zhang, Wei* and Naiyun Tang, Comparative study of ZnMgO/GaAs and ZnMgO/Si solar cells. Materials Research Express 2020, 7(10).
10.Shan, Yabing, Wang, QianQian, Tang, Naiyun*, Hu, Laigui, Tian, Pengfei, Cao, Gaoqi, Qiu, Zhi-Jun, Cong, Chunxiao, Fabrication of Uniform Gold Nanopatterns on Graphene by Using Nanosphere Lithography. Journal of Nanoscience and Nanotechnology 2019, 19(5): 2851-2855.
11.Wanyang xiao, Liang Wang, Yu Peng, Yafei Ding, Yingjie Ma, Fang Yang*, Weijing Liu*, Zimiao Zhao, Jie Xu, Min Tang, Wei Bai, Xiaodong Tang, Improvement of C-shaped pocket TFET with sandwiched drain for ambipolar performance and analog/RF performance, microelectronics Journal, 2024, 148,106211 (JCR Q3, IF:2.2, cited:0）
12.Zimiao Zhao, Zixin Chen, Weijing Liu*, Naiyun Tang, Jiangnan Liu, Xiating Liu, Xuanlin Li, Xinfu Pan, Min Tang, Qinghua Li, Wei Bai, and Xiaodong Tang, Ambipolar performance improvement of the C-shaped pocket TFET with dual metal gate and gate-drain underlap, Chinese Physics B 2023 32: 108502. (JCR Q3, IF:1.7, cited:0）
13.Xuanlin Li, Weijing Liu*, and Qinghua Li, Investigation of Breakdown in Vertical E-Mode Ga2O3 MOSFET with Different Structural Parameters, Journal of Nanoelectronics and Optoelectronics 2023 18(4): 408-416. (JCR Q4, IF:0.6, cited:0）
14.Weijing Liu*, Xinfu Pan, Jiangnan Liu and Qinghua Li, Investigation of Electro-Thermal Performance for TreeFET from the Perspective of Structure Parameters, Electronics 2023 12: 1529. (JCR Q2, IF:2.9, cited:0）
15.Xuanlin Li, Jie Xu and Weijing Liu*, Suppression of hot electron effect in AlGaN/GaN HEMT with multi-grooves barrier-etched structure, Materials Research Express 2023 10(5): 055901. (JCR Q3, IF:2.3, cited:0）
16.Xuguo Zhang, Jie Xu, Zixin Chen, Qiuhui Wang, Weijing Liu*, Qinghua Li, Wei Bai, Xiadong Tang, Investigation and optimization of electro-thermal performance of Double Gate All Around MOSFET, Microelectronics Journal 2022 129: 105540. (JCR Q3, IF:2.2, cited:4）
17.ZiXin Chen, WeiJing Liu*, JiangNan Liu, QiuHui Wang, XuGuo Zhang, Jie Xu, QingHua Li, Wei Bai and Xiaodong Tang, Investigation of DC and analog/RF performance of C-shaped pocket TFET (CSP-TFET) with fully overlapping gate, Chinese Physics B 2022 31: 058501. (JCR Q3, IF:1.7, cited:4）
18.Ning Huang, Weijing Liu*, Qinghua Li, Wei Bai, Xiadong Tang, Ting Yang, Investigation and Optimization of Electrical and Thermal performance for 5-nm GAA Vertically Stacked Nanowire FETs, Microelectronics Journal 2020 95: 104679（JCR Q3, IF: 2.2, cited:11）
19.Ning Huang, Weijing Liu*, Qinghua Li, Wei Bai, Xiadong Tang, Ting Yang, Thermal and Electrical performance investigation of FinFET with Encased Air-gap Gate Sidewalls from Spacer Encapsulation Layer Material and Structure Parameter Perspectives, Microelectronics Journal 2020 103: 104846（JCR Q3, IF: 2.2, cited:2）
20.Qiuhui Wang, Xuguo Zhang, Jie Xu, Zixin Chen, Xuliang Kuang, Jundong Zeng,* Weijing Liu*, Wei Bai, and Xiaodong Tang, High Sensitivity Humidity Sensors Based on Zn1xSnxO Nanostructures and Plausible Sensing Mechanism, Physica Status Solidi A-Applications and Materials Science 2022 219: 2100674.（JCR Q3, IF:2, cited:0）
21.Yang Gu, Huina Jiang, Zi Ye, Ning Sun, Xuliang Kuang, Weijing Liu*, Gaofang Li, Xiaojun Song, Lei Zhang, Wei Bai, Xiaodong Tang, Impact of Size on Humidity Sensing Property of Copper Oxide Nanoparticles, Electronic Materials Letters 2020 16:61–71 (JCR Q3, IF: 2.4, cited:14)
22.Yang Gu, Zi Ye, Ning Sun, Xuliang Kuang, Weijing Liu*, Xiaojun Song, Lei Zhang, Wei Bai, Xiaodong Tang, Preparation and properties of humidity sensor based on K-doped ZnO nanostructure, Journal of Materials Science: Materials in Electronics 2019 30:18767–18779 (JCR Q2, IF:2.8, cited:12)
23.Ning Sun, Zi Ye, Xuliang Kuang, Weijing Liu*, Gaofang Li, Wei Bai, Xiaodong Tang, High sensitivity capacitive humidity sensors based on Zn1-xNixO nanostructures and plausible sensing mechanism, Journal of Materials Science: Materials in Electronics 2019 30:1724–1738 (JCR Q2, IF:2.8, cited: 12)
24.Ying Ruan,Qianfan Nie, Lei Chen,Haoyang Cui Optical transparent and reconfigurable metasurface with autonomous energy supply，JOURNAL OF PHYSICS D-APPLIED PHYSICS，2019.12 (SCI,JCR Q2，IF=3.068)
25.Ying Ruan ,Lei Chen, Fang Yang, A 2.4GHz SOI CMOS Power Amplifier for New Generation Bluetooth Application,7th International Conference on Communication, Image and Signal Processing, 2022 ( EI )
26.Lei Chen, Ying Ruan,Sisi Luo,etl Optically Transparent Metasurface Absorber Based on Reconfigurable and Flexible Indium Tin Oxide Film，MICROMACHINES, 2020.，(SCI,JCR Q2)
27.Lei Chen, Ying Ruan,Sisi Luo,Optical-transparent metasurface for flexible manipulation and analog information modulation，OPTICS EXPRESS，2021,(SRuanCI,JCR Q2)
28.Xiaojun Song; Tiandi Fan; Jundong Zeng; QinZhen Shi; Qiong Huang; Meilin Gu; Petro Moilanen; YiFang Li; Dean Ta ; Nonlinear Inversion of Ultrasonic Guided Waves for in Vivo Evaluation of Cortical Bone Properties, Chinese Physics B , 2022
29.Yifang Li; Qinzhen Shi; Yuan Liu; Meilin Gu; Chengcheng Liu; Xiaojun Song*; Dean Ta*; Weiqi Wang; Fourier-Domain Ultrasonic Imaging of Cortical Bone Based on Velocity Distribution Inversion, IEEE Transactions on Ultrasonics, Ferroelectrics, and Frequency Control, 2021, 68(8)2619-2633.
六、團隊現有平台支撐情況
（1）電路與器件仿真硬件平台2套：CPU：Intel Gold, Memory: 512G, Hard disk: 8T, RAID: 0, 1, 5, 10, Power: 2*1100W，支持IPMI遠程管理帶外管理；
（2）Cadence、Sentaurus TCAD及其所集成ATK仿真軟件平台、model及PDK開發平台：目前通過與EDA與集成電路産業公司合作，開展原子級技術、TCAD仿真、SPICE建模及PDK開發、模拟IP開發等研究。
七、指導研究生
1. 論文發表：近5年指導研究生半導體、集成電路相關SCI高水平期刊、北大核心論文60餘篇。
2. 學科競賽：指導學生獲第五屆華為杯研究生創芯大賽國家三等獎、企業專項二等獎；第六屆華為杯研究生創芯大賽國家三等獎、企業專項二等獎；中國國際“互聯網+”大學生創新創業大賽銅獎。
3. 工作去向：華大九天、海思、韋爾、華力微、新進集等集成電路EDA、設計與制造頭部公司研發部，國家電網各省市公司
八、意向加入團隊聯系
wjliu@shiep.edu.cn
ruan_ying@163.com
yangfang@shiep.edu.cn
xiaojunsongxiaojun@163.com