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刘松芬
教授,硕士、博士生导师
南开大学物理科学学院——现代物理系副主任;南开-新奥聚变智能实验室副主任
主要从事等离子体物理的理论、模拟和人工智能方法的应用等研究工作,聚焦于受控磁约束核聚变和尘埃等离子体研究领域,任中国核学会核聚变与等离子体物理分会理事
在研项目:
【1】国家磁约束核聚变能发展研究专项,《面向聚变等离子体压强剖面智能控制的合作研究》,项目编号:2024YFE03020001,起止时间:2025.01-2029.12
【2】新奥新智科技有限公司—聚变智能技术开发与应用项目,起止时间:2024.08-2025.07
【3】国家自然科学基金面上项目,《基于机器学习实现HL-2A有效高约束放电参数运行区间的研究》,项目编号:12275142,起止时间:2023.01-2026.12
【4】国家自然科学基金面上项目,《液态和过冷液态下二维受限活性尘埃等离子体集体行为的模拟研究》,项目编号:12275354,起止时间:2023.01-2026.12
【13】获“2024年南开大学优秀班导师”荣誉称号
【12】获南开大学2021-2022学年度教职工师德校级优秀奖
【11】参与《物理奥林匹克竞赛教学团队》,获2022年南开大学校级教学团队
【10】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2020年南开大学教学成果奖二等奖
【9】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年高等教育国家级教学成果奖二等奖
【8】参与“南开大学物理伯苓班班导师教学团队”获2018年天津市级教学团队奖
【7】参与《TEAL“未来课堂”教学团队》获南开大学2018年校级教学团队奖
【6】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
【5】参与“南开大学物理学术竞赛教学团队”,获2017年天津市级教学团队奖
【4】参与“物理伯苓班班导师教学团队”,获2017年南开大学教学团队奖
【3】参与“南开大学物理学术竞赛教学团队”获2016年度天津市教育系统劳动竞赛“示范集体”奖
【2】2014年南开大学青年教师教学基本功竞赛“最佳选手”奖
【1】参与“以国际接轨为导向的普通物理双语教学实践”,2009年南开大学教学成果一等奖
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!
【1】宋峰、方爱萍、刘松芬,《热学》,“101计划”核心教材——物理学领域,高教出版社,2024.09
部分发表的文章:
[29] 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)
[28] 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)
[27] 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)
[26] 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)
[25] Y. Yao, T.C. Liu, S.F. Liu, K.E. Zhu, W. Kong, J.C. Li and J.Q. Dong,” Effect of electron temperature anisotropy on TEM in reversed-field-pinch plasmas ”, Nuclear Fusion 62, 086031(2022)
[24] Y. Yao, S.F. Liu, K.E. Zhu, W. Kong, J.Q. Li and J.Q. Dong, “TEM in toroidal plasmas with anisotropic electron temperature”, Nuclear Fusion 62, 036027(2022)
[23] 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)
[22] M.X. Jia, J.C. Li, S.F. Liu, W. Kong∗ , K.E. Zhu and J.Q. Dong, “ηi-mode in toroidal plasmas with anisotropic ion temperature and its gradient ” , Nuclear Fusion 61, 046033(2021)
[21] 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)
[20] 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)
[19] Jingchun Li, X T Ding, J Q Dong and S F Liu, “Helicon wave heating and current drive in toroidal plasmas”, Plasma Phys. Control. Fusion 62, 095013(2020)
[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”, Phys. 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 ηi - 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 kineticηi-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)
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