刘松芬 教授

研究领域：等离子体物理——受控磁约束核聚变物理

研究内容：（1）核聚变物理的理论研究，聚焦于托卡马克和反场箍缩位形中的微观漂移不稳定性及

                             其引起的反常输运问题

                   （2）核聚变物理的模拟研究，聚焦于托卡马克和反场箍缩位形中的宏观和微观不稳定性

                             及其引起的输运问题

                   （3）人工智能在受控磁约束核聚变中的应用，聚焦于托卡马克装置实验所需要的多种AI

                             场景应用

欢迎感兴趣的同学加入，为早日解决世界能源危机贡献自己的力量！

Selected published Paper：

[34] G.H. Zheng, Z.Y. Yang, S.F. Liu, R. Ma, X.W. Gong, A. Wang, S. Wang and W.L. Zhong, “Real-time equilibrium reconstruction by multi-task learning neural network based on HL-3 tokamak”, Nuclear Fusion 64,126041(2024)

[33]  Meihuizi He, Zongyu Yang, Songfen Liu, Fan Xia and Wulyu Zhong, “Identifying L-H transition in HL-2A through deep learning”, Plasma Phys. Control. Fusion 66, 105019(2024)

[32]  Yi-Zhen Zhao, Song-Fen Liu, Wei Kong and Fang Yang, “Global dust density in two-dimensional complex plasma”, Chin. Phys. B 33, 065201(2024)

[31] Jingchun Li, Songfen Liu, Yilong Zhang, Jiaqi Dong, Wei Kong and P. Shi,” Impact of impurities on drift wave instabilities in reversed-field pinch plasmas”, Physical Review E 106, 045203(2022)

[30] 梁嘉禾，刘松芬，王鸿鹏，杜月，王占辉，陈逸航，许敏，夏凡，杨宗谕，钟武律，“基于卷积神经网络的HL-2A装置H模辨识研究”，核聚变与等离子体物理，Nuclear Fusion and Plasma Physics 42 (5), 164-169(2022)

[29] Y. Yao, T.C. Liu, S.F. Liu, K.E. Zhu, W. Kong, J.C. Liand J.Q. Dong,” Effect of electron temperature anisotropy on TEM in reversed-field-pinch plasmas ”, Nuclear Fusion 62, 086031(2022)

[28] Y. Yao, S.F. Liu, K.E. Zhu, W. Kong, J.Q. Liand J.Q. Dong, “TEM in toroidal plasmas with anisotropic electron temperature”, Nuclear Fusion 62, 036027(2022)

[27] Jingchun Li, Zhihong Lin, Jiaqi Dong, Huasheng Xie and Songfen Liu, “Microturbulence in edge of a tokamak plasma with medium density and steep temperature gradient”, Plasma Phys. Control Fusion 63,125005(2021)

[26] Y.Yao, Zhihong Lin, J.Q.Dong, P.Shi, S.F.Liu, Jingchun Li,”Gyrokinetic simulations of double tearing modes in toroidal plasma”, Physics Letters A 417, 127681(2021) 

[25] M.X. Jia, J.C. Li, S.F. Liu, W. Kong, K.E. Zhuand J.Q. Dong, “ηi-mode in toroidal plasmas with anisotropic ion temperature and its gradient ” , Nuclear Fusion 61, 046033(2021)

[24] F. Yang, W. Kong , S. F. Liu and C. Z. Wang,”Structure of a two-dimensional superparamagnetic system in a quadratic trap ”, Physical Review E 102, 043213(2020)

[23] F. Yang,W. Kong, S. F. Liu and Yunlong Li,” Dynamics of two-dimensional binary dusty plasma in liquid-like state”, Physics of Plasmas 27, 113702 (2020)

[22] Jingchun Li, X T Ding, J Q Dongand S F Liu, “Helicon wave heating and current drive in toroidal plasmas”, Plasma Phys. Control. Fusion 62, 095013(2020)

[21] Jizong Yang, Jingchun Li , Jiaqi Dong, Songfen Liu, Peng Shi, Yizhen Zhao, and Shaoyong Chen，“Nonlinear study of tearing modes and plasma flows around magnetic islands in tokamak plasmas”，AIP Advances 10, 075005 (2020)

[20] Jingchun LI , Jiaqi DONG and Songfen LIU, “Effects of trapped electrons on the ion temperature gradient mode in tokamak plasmas with hollow density profiles”,  Plasma Sci. Technol. 22, 055101(2020)

[19] J. C. Li, S. F. Liu, W. Kong, S. C. Guoand J. Q. Dong,” Effects of trapped electrons and impurity ions on ITG modes in reversed-field pinch plasmas”, EPL, 127, 45002(2019)

[18] Jingchun Li,Xiaoquan Ji,Jiaqi Dong,Youjun Hu,SongFen Liu,Longwen Yan,and HL-2A Contributors, “Induction and stabilization of neoclassical tearing modes on HL-2A tokamak”, Physics of Plasmas 26, 032505 (2019)

[17] F. Yang,S. F. Liu,W. Kong,and Yunlong Li, “Anisotropic diffusion of 2D superparamagnetic dusty plasma liquids”, Physics of Plasmas 26, 113701 (2019)

[16] Wei Kong,Songfen Liu,Fang Yang,Feng Shi,and Yupei Wang,“Neutral collisions in affecting diffusion and collective oscillation of magnetized complex plasma”，Physics of Plasmas 25, 083709 (2018)

[15] Fang Yang,Wei Kong, Songfn Liu, Feng Shi and Yupei Wang, “Roles of magnetized background ions in determining dynamics of 2D magnetized complex plasmas”, Physics of Plasmas 24,063702(2017)

[14] Wei Kong, Fang Yang, Songfn Liu and Feng Shi, ”Study on two-dimensional equilibrium structure of magnetized complex plasmas based on a Langevin dynamics simulation”, Physics of Plasmas 23,103705(2016)

[13] Huarong Du, Zheng-Xiong Wang, J.Q.Dong and S.F.Liu, ”Coupling of ion temperature gradient and trapped electron modes in the presence of impurities in tokamak plasmas ”,Physics of Plasmas 21, 052101 (2014)

[12] S.F.Liu, S.C.Guo, W.Kong and J.Q.Dong, “Trapped electron effects on η_i - mode and trapped electron mode in RFP plasmas”，Nuclear Fusion 54, 043006(2014)

[11] P.Martin, M.E.Puiatti,...,S.F.Liu et al.”Overview of the RFX-mod fusion science programme”,Nuclear Fusion 53 104018(2013)

[10] S.F.Liu, C.L.Zhang, W.Kong, S.C.Guo, J.Q.Dong, L.M.Liu, Q.Liu and Z.Y.Liu, “Gyrokinetic study of impurity mode in reversed-field pinch”, A Letters Journal Exploring The Frontiers of Physics, EuroPhysics Letters, 97,55004(2012)

[9] P.Martin, J.Adamek,..., S.F.Liu et.al, “Overview of the RFX fusion science program”, Nuclear Fusion 51, 094023(2011)

[8] S.Cappello, D.Bonfiglio, D.F.Escande, S.C.Guo, I.Predebon, F.Sattin, M.Veranda, P.Zanca, C.Angioni, L.Chacon, J.Q.Dong, X.Garbet and S.F.Liu, “Equilibrium and transport for quasi-helical reversed field pinches”, Nuclear Fusion 51, 103012(2011)

[7]  S.F.Liu, S.C.Guo, C.L.Zhang, J.Q.Dong, L.Carraro and Z.R.Wang, “Impurity effects on the ion temperature gradient mode in reversed-field pinch plasmas”, Nuclear Fusion 51, 083021(2011)

[6]  Songfen Liu,  S.C.Guo,  and J.Q.Dong, “ Toroidal kineticη_i-mode study in reversed-field pinch plasmas”,  Physics of Plasmas 17, 052505 (2010)

[5] Wei Kong, Songfen Liu , Beilai Hu and Long Wang， “Diffusive and structural properties in a binary mixture of charged particles”，Phys. Rev. E 80,  036406(2009)

[4] Songfen Liu, Wei Kong, Beilai Hu, Feng Liu, Jiaqi Dong and Zhe Gao，“Ion temperature gradient driven instability in high beta plasmas of a sheared slab” Phys. Plasmas 16, 012302(2009)

[3] Wei Kong, Songfen Liu, Qiuling Wang, Beilai Hu and LongWang，“Effects of charge and mass variations on the structure in 2D one-component and two-component dusty plasmas” J.Phys.A:Math.Theor.40, 1171–1180(2007)

[2] Songfen Liu, Xin Wang, Beilai Hu, Long Wang and Yanhong Liu，“The structure of a two-dimensional magnetic dusty plasma”, J.Phys.A:Math.Gen. 38, 3057-3063(2005)

[1] LIU Song-Fen, HU Bei-Lai，“Calculation of Internal Energy and Pressure of Dense hydrogen Plasma by Direct Path Integral Monte Carlo Approach”，Chinese Physics Letters. Vol.20, No.9,1530-1532(2003)

• 本科

             《热学》，院必修课 

             《等离子体物理与聚变导论》，选修课

             《科研能力训练》系列，物理伯苓班必修课

• 研究生

•            《等离子体理论》，选修课

•  2024年：南开大学物理科学学院2023年度教育教学工作先进个人

•  2023年：南开大学物理科学学院2022学年度师德校级优秀奖

   2022年：南开大学物理科学学院2021年度教育教学工作先进个人               

              《环形等离子体中电子温度和温度梯度各向异性对捕获电子模的影响》获本科优秀毕业论文指导教师奖

                指导“基于机器学习方法的HL-2A中边界局域模的分类研究”获南开大学本科生创新科研优秀项目三等奖

                “基于河南省不同地区进行的乡村振兴考察实践活动”获南开大学“师生同行”社会实践优秀指导教师

• 2021年：指导“托卡马克等离子体中电子温度和电子温度梯度的各向异性对ITG模和TEM的影响”获南开大学本科生

•                 创新科研优秀项目一等奖

                指导“反场箍缩等离子体中包含电子粘滞效应的双撕裂模特性”获南开大学本科生创新科研优秀项目二等奖

• 2020年：参与“全人培育中教师团队建设的探索和实践—以南开物理为例”获南开大学教学成果奖二等奖

• 2018年：参与“衔接中学—大学物理综合素质教育新模式的探究与实践”获高等教育国家级教学成果奖二等奖

               参与“衔接中学-大学物理综合素质教育新模式的探究与实践”获2018年第八届高等教育天津市级教

               学成果一等奖

               参与“南开大学物理伯苓班班导师教学团队”获天津市级教学团队奖

               参与《TEAL“未来课堂”教学团队》获南开大学校级教学团队奖

• 2017年：参与“南开大学物理学术竞赛教学团队”，获天津市级教学团队奖

                参与“物理伯苓班班导师教学团队”，获年南开大学教学团队奖