基本信息

学习经历：

(1) 2020年9月至2024年6月，山东师范大学，物理学，博士研究生；

(2)2017年9月至2020年6月，山东师范大学，物理学，硕士研究生；

(3) 2013年9月至2017年6月，山东师范大学，物理学，本科。

工作经历：

(1) 2024年9月至今，宁夏大学，物理学院，讲师。

研究方向：

分子电子学，分子器件的输运机理，分子功能器件的设计，分子尺度识别与控制技术等

邮箱：sunfeng@nxu.edu.cn

发表论文：

FengSun, Ran Liu, Lin Liu, YanYan,Shuang-ShuangWang,ZhiYang, Yu-QingSuo,Chuan-KuiWang,Zong-Liang Li. Applying bias voltage to improve rectification performance of molecular junction through side gate-group,PhysicaE: Low-dimensional Systems and Nanostructures, 2022, 140, 115186. SCI三区, IF=3.369.

FengSun, Lin Liu, Chang-FengZheng, Yu-Chen Li, YanYan, Xiao-Xiao Fu,Chuan-KuiWang, Ran Liu,BingqianXu,Zong-Liang Li. Decode mechanical conductance switching behaviors ofdipyridylmolecular junctions,Nanoscale, 2023, 15, 12586. SCI三区, IF=6.7.

Min Tan¹,FengSun¹,XueyanZhao,ZhibinZhao,SurongZhang,XiaonaXu,AdilaAdijiang, Wei Zhang,HaoyuWang,Chuan-KuiWang,Zong-Liang Li,ElkeScheer, Dong Xiang. Conductance evolution ofphotoisomericsingle-molecule junctions under ultraviolet irradiation and mechanical stretching. Journal of the American Chemical Society, 2024, 146(10), 6856-6865. SCI一区, IF=15.0.

Ran Liu,YingmeiHan,FengSun,GyanKhatri,JaesukKwon, CameronNickle,LejiaWang,Chuan-KuiWang, Damien Thompson,Zong-Liang Li, Christian A.Nijhuis, Enrique del Barco Stable universal 1- and 2-input single-molecule logic gates. Advanced Materials, 2022, 34(26), 2202135. SCI一区, IF=32.086.

YanYan,FengSun,ZhiYang, Cheng-Yu Kong, Yun-LongGe, Deng-HuiChen,ShuaiQiu,Zong-Liang Li. Electrode mechanical modulations on geometries and electron-transport properties ofazobenzenemolecular junctions.ActaPhysicaSinica, 2024,73(8), 088502. SCI四区, IF=1.0.

Lin Liu,FengSun, Yu-Chen Li, YanYan, Bing-XinLiu,ZhiYang,ShuaiQiu,Zong-Liang Li. Theoretical study on mechanical evolution process of interface between gold electrode andpyridylanchor group.ActaPhysicaSinica, 2023, 72(4), 048504. SCI四区, IF=1.0.

ZhiYang,FengSun, Deng-HuiChen,Zi-QunWang,Chuan-KuiWang,Zong-Liang Li,ShuaiQiu. Current spin polarization of a platform molecule with compression effect. Chinese Physics B, 2022, 31, 077202. SCI三区, IF=1.652.

Shuang-ShuangWang¹,ZhiYang¹,FengSun, Ran Liu, Lin Liu, Xiao-Xiao Fu,Chuan-KuiWang,Zong-Liang Li. Decoding Forming Processes of Different Contact Configurations in Au- and Ag-Electrode Single-Molecule Junctions. The Journal of Physical Chemistry C, 2021, 125(49), 27290-27297. SCI三区, IF=4.126.

Le-Le Niu¹,Huan-Yan Fu¹, Yu-QingSuo, Ran Liu,FengSun,Shuang-ShuangWang,Guang-Ping Zhang,Chuan-KuiWang,Zong-Liang Li. Doping-induced large spin-filter behavior and rectification behavior in zigzaggraphenenano-ribbon junction,PhysicaE:Low-dimensional Systems and Nanostructures, 2021, 128(12), 114542. SCI三区, IF=3.382.

Yu-QingSuo, Ran Liu,FengSun, Le-LeNiu,Shuang-ShuangWang, Lin Liu,Zong-Liang Li. Molecular junction stretching and interface recognition: Decode the mystery of high/low conductance switching in stretching process of 4,4ʹ-bipyridinemolecular junction.ActaPhysicaSinica, 2020, 69(20), 208502.SCI三区, IF=0.732.

Zong-Liang Li,FengSun, Jun-JieBi, Ran Liu, Yu-QingSuo,Huan-Yan Fu,Guang-Ping Zhang, Yu-ZhiSong,DunyouWang,Chuan-KuiWang. Doping-Induced Negative Differential Conductance Enhancement in Single-Molecule Junction,PhysicaE: Low-dimensional Systems and Nanostructures,2019,106,270-276. SCI二区, IF=3.176.

Huan-Yan Fu¹,FengSun¹, Ran Liu, Yu-QingSuo, Jun-JieBi,Chuan-KuiWang,Zong-Liang Li. Doping-Induced Giant Rectification and Negative Differential Conductance (NDC) Behaviors in ZigzagGrapheneNano-Ribbon Junction, Physics Letters A,2019,383, 867-872.SCI三区,IF=2.087.

FengSun, Ran Liu, Yu-QingSuo, Le-LeNiu,Huan-Yan Fu, Wen-FangJi,Zong-Liang Li.First principle study on stretching and breaking process of single-molecule junction: Terminal group effect,ActaPhys. Sin., 2019, 68(17): 178502.SCI三区, IF=0.765.

Zong-Liang Li, Jun-JieBi, Ran Liu, Xiao-HuaYi,Huan-Yan Fu,FengSun, Ming-ZhiWeiChuan-KuiWang. Gas-Sensor Property of Single-Molecule Device: F₂Adsorbing Effect. Chinese Physics B, 201726(9), 098508. SCI三区, IF=1.321.

Jun-JieBi, RanLiu,Huan-YanFu,FengSunZong-LiangLi.Ambient Molecule Effects on the Electronic Transport of Pyrene-1,8-Dithiol Molecular Junction, Journal of Atomic and Molecular Sciences,2017,8(3), 122-126.

主持参与项目

国家自然科学基金重点项目：分子电子学理论计算方法的发展与高性能分子器件的理论设计21933002，2020.01-2024.12，300万元，参与；

国家自然科学基金：基于金纳米电极的原子分子实时控制技术及其相互作用机理研究11974217, 2020.1-2023.12, 62万元，参与；

山东省自然科学基金：基于共轭分子器件掺杂的PN结设计及其整流机理研究ZR201MA037，2018.03-2021.06, 15万元，参与。