Category Archives: 论文集


1.Energy Transport Analyses of DIII-D High-betap EAST-demonstration Discharge 潘成康.M. Staebler, L.L. Lao, A. Garofalo, 龚先祖,任启龙, 李国强, S丁斯晔, 钱金平, 万宝年, 徐国盛, W. Solomon, O. Meneghini, S.P. Smith,2016 US Transport Task Force Workshop       Denver, US,2016-04

2.Toroidal rotation induced by asymmetric cyclotron resonance absorption in minority ICRF-heated tokamak plasmas徐颖峰,王少杰,张德兵  Nuclear Fusion 0029-5515   56(4)      46013  ,2016-03

3.Nonlinear Simulations of Coalescence Instability Using a Flux Difference Splitting Method 马骏,秦宏,于治Plasma Science and Technology 1009-0630       18(7)         714-719   2016-06

4.Sheath structure in plasma with two species of positive ions and secondary electrons 赵晓云、项农,欧靖,李德徽,林滨滨, Chin.Phys.B 1674-1056        25(2)         25202       2016-02

5.Wavenumber shift due to nonlinear plasma and wave interaction 甘春芸,项农,于治,杨友磊,欧靖, PHYSICS OF PLASMAS 1070-664X        23(6)         64501       2016-06

6.On variational formulation of current drive problem in uniformly magnetized relativistic plasma 胡业民 ,胡友俊 胡业民     Nucl. Fusion     0029-5515        56     16011       2016-01

7.Axisymmetric electrostatic magnetohydrodynamic oscillations in tokamaks with general cross-sections and toroidal flow         MS Chu ,郭文峰  physics plasma       1070-664x        6       62508       2016-06

8.Particle simulations of mode conversion between slow mode and fast mode in lower hybrid range of frequencies贾国章,项农,汪学毅,黄跃恒,林郁Physics of Plasmas      1070-664X        23(1)  012504-1-012504-8 2016-06

9.Simulation of fast-ion-driven Alfvén eigenmodes on the Experimental Advanced Superconducting Tokamak胡友俊. Todo, 裴有斌, 李国强, 钱金平, 项农, 周登, 任启龙, 黄娟, 徐立清      Physics of Plasmas   1070-664X        23 (2)        022505-1-022505-8 2016-02

10.Plasma sheath in the presences of  non-Maxwellian energetic electrons and secondary emission electron     欧靖,林滨滨,赵晓云,杨友磊Plasma Phys. Control. Fusion    0741-3335        58     75004       2016-05

11.Plasma-wall interaction in an electrostatic sheath of plasma containing a monoenergetic electron beam        欧靖,赵晓云,甘春芸     Physics of Plasmas  1070-664X        23     43510       2016-04

12.The characteristic of magnetized plasma sheath with nanometer-sized dust grains in fusion devices  赵晓云,欧靖,项农,李德徽,林滨滨, 项农    Physics of Plasmas  1070-664X    23(12)    123702     2016年12月

13.Interactions of electrons with two lower hybrid waves黄跃恒, 项农, 贾国章,李德徽,汪学毅,Linyu, Physics of Plasmas,1070-664X, 1089-7674,     23(9),92114, 2016年5月

14The ion polytropic coefficient in a collisionless sheath containing hot ions    林滨滨,项农,欧靖, Physics of Plasmas         1070-664X        23(8)         83508       2016年8月

15.The magnetic component of geodesic acoustic modes in tokamak plasmas with a radial equilibrium electric field    ,周登,Physics of Plasmas      1070-664X, 23 (10)  102503-1 2016年10月

16.Nonlinear tearing modes stabilization by oscillating the resonant surface 杨小庆,王少杰 Physics of Plasmas 1070-664X         Vol.23, Issue 9 092510  2016年9月

17.Spectral Broadening of Ion Bernstein Wave Due to Parametric Decay Instabilities             甘春芸,项农,于治Chinese Physics Letters        0256-307X        33(08),085203   2016年8月

18.Radial transport dynamics studies of SMBI with a newly developed code TPSMBI 王亚辉,郭文峰, 王占辉,任启龙, 孙爱萍, 许敏, 王爱科,项农   中国物理B  1674-1056   25(10) 106601-106608        2016年7月

19.Fixed boundary toroidal plasma equilibria with toroidal flows       胡砚强,胡业民,项农          Physics of Plasmas 1070-664X         23(4)  42506       2016年4月

20.Nonlinear wavenumber shift of large amplitude Langmuir waves李德徽,王少杰            PHYSICS OF PLASMAS      1070-664X         23     72120       2016年7月

21.a gyrokinetic code based on the numerical lie transform method叶磊, Y Xu, X Xiao, Z Dai, S Wang , Journal of Computational Physics 0021-9991 Volume 316, 1 July 2016,        180–192         2016年4月

22 Electron collisionless damping of the geodesic acoustic mode in rotating tokamak plasmas       谢宝艺, 郭文峰, 龚学余, 余俊, You Chen 曹靖佳, Nucl. Fusion     0029-5515        56(2016)     124001     2016年12月

23.damping of geodesic acoustic mode in rotating tokamka plasmas        郭文峰,谢宝艺,龚学余, 余俊        第13届亚太物理会议和第22届澳大利亚物理联合会议   澳大利亚布里斯班



1. Jing Ou, Guojiang Wu and Xinxia Li, Effect of the plasma shapes on intrinsic rotation due to collisionless ion orbit loss in the tokamak edge plasmas, Phys. Plasmas 21 072505(2014)

2. OU Jing (欧靖),GAN Chunyun (甘春芸),YE Lei(叶磊), Estimates of EAST Operation Window with LHCD by Using a Core-SOL-Divertor Model, Plasma Sci. & Technol., Vol.16. 907(2014)

3. B. Gui, X. Q. Xu, J. R. Myra and D. A. D’IppolitoMitigating impact of thermal and rectified radio-frequency sheath potentials on edge localized modesPhys. Plasmas 21, 112302 (2014).

4. Dehui Li, Nong Xiang, Yu Lin, et al., Benchmark simulations of Gyro-kinetic Electron and Fully-Kinetic Ion model for lower hybrid waves in linear region, Plasma Science & Technology, 16, 821, (2014)

5. J. Chen and Z. Gao, Phys. Plasmas 21, 062506 (2014)

6. Yang C, Bonoli P T, Wright J C, et al. Modelling of the EAST lower-hybrid current drive experiment using GENRAY/CQL3D and TORLH/CQL3D[J]. Plasma Physics and Controlled Fusion, 2014, 56(12): 125003

7. Guozhang Jia and Zhe Gao, One dimensional full wave analysis of slow-to-fast mode conversion in lower hybrid frequencies, Physics of Plasmas21, 122121 (2014)

8. Deng Zhou, The residual zonal flow in tokamak plasmas rotating toroidally at sonic speed, Nuclear fusion, Vol. 54, 042002, 2014.

9.Deng Zhou, The residual zonal flow in tokamak plasmas toroidally rotating at arbitrary velocity, Phys. Plasmas, Vol. 21, 082508, 2014.

10. Chengkang Pan, et al., Co-current rotation of the bulk ions due to the ion orbit loss at the edge of a tokamak plasma,Nucl. Fusion 54, 103003 (2014)

11. Pan Chengkang, The Combining Effect of the Inductive Electric Field and the Lower Hybrid Waves on the Impurity Ions Toroidal Rotation in the Lower Hybrid Current Drive Tokamak Plasmas, 25th IAEA Fusion Energy Conference, Oct 14th, 2014, Saint Petersburg, Russia

12.Lei Ye, Wenfeng Guo, Xiaotao Xiao, Zongliang Dai, and Shaojie Wang, Simulation of the alpha particle heating and the helium ash source in an InternationalThermonuclear Experimental Reactor-like tokamak with an internal transport barrier,Physics of Plasmas 21, 122508 (2014)

13. Xia Tianyang, Fluid Simulation of Particle and Heat Fluxes during Burst of ELMs on EAST and DIIID, 25th IAEA Fusion Energy Conference, Oct 14th, 2014, Saint Petersburg, Russia

14. Youjun Hu (胡友俊), Guoqiang Li, N. N. Gorelenkov, Huishan Cai, et al., Numerical study of Alfven eigenmodes in the EAST tokamak, Phys. Plasmas 21, 052510 (2014)

15. Xinxia Li, Nong Xiang, Xingjian Shi, Effect of magnetic islands on lower hybrid current drive in experimental advanced superconductor tokamak with circular cross section” Physics of Plasma, 21,092510 (2014).

16.Guozhang Jia, Nong Xiang, Yuheng Huang, Yu Lin and Xueyi Wang, “Simulation of mode conversion of lower hybrid waves”, 56th Annual Meeting of the APS DPP, Oct.27-31,2014, New Orleans, USA




  1. Five-field simulations of peeling-ballooning modes using BOUT + + code, T. Y. Xia and X. Q. Xu, Physics of Plasmas 20, 2013: 052102
  2. Six-field two-fluid simulations of peeling-ballooning modes using BOUT++, T.Y. Xia,X.Q. Xu and P.W. Xi, Nuclear. Fusion, 53 2013: 073009.
  3. Parallel rf Force Driven by the Inhomogeneity of Power Absorption in Magnetized Plasma, Zhe Gao, Jiale Chen and Nathaniel J. Fisch, physical review letters, Vol.110, Issue.23, 2013: 235004
  4. Second-order radio frequency kinetic theory revisited: Resolving inconsistency with conventional fluid theory, Jiale Chen and Zhe Gao, physics of plasmas, Vol.20, Issue.8, 2013: 082508
  5. Inward particle transport at high collisionality in the Experimental Advanced Superconducting Tokamak, G. Q. Wang, J. Ma, J. Weiland, and Q. Zang, Physics of Plasmas, Vol.20, 2013: p.102310
  6. Effects of electron temperature and electron flow on O-X conversion,Jia Guo-Zhang,Gao Zhe and Zhao Ai-Hui, Physics of Plasmas, Vol.20, No.10,2013: p.102509
  7. Effect of two-temperature electrons distribution on an electrostatic plasma sheath, J. Ou, N. Xiang, C.Y Gan, and J.H, Yang, Physics of Plasmas,Vol.20,2013:063502

  8. Numerical simulation of geodesic acoustic modes in a multi-ion system, L. Ye, W.F. Guo, X.T Xiao,and S.J. Wang, Physics of Plasmas,Vol.20,2013:072501



第一作者 论文题目 发表期刊
于伟红 A novel local equilibrium model for shaped tokamak plasmas Phys. Plasmas 19, 072520 (2012)
胡友俊 Electron shielding current in neutral beam current drive in general tokamakequilibria and arbitrary collisionality regime Phys. Plasmas 19, 034505 (2012)
欧靖 Properties of a warm plasma collisional sheath in an oblique magnetic field Physics of Plasmas, 19, 2012:P.113504
侍行剑 Optimization of Lower Hybrid Current Drive Efficiency for EAST Plasma withNon-Circular Cross Section and Finite Aspect-Ratio PLASMA SCIENCE & TECHNOLOGY, Vol.14, No.3, 2012:215-221
欧靖 偏滤器运行模式对托卡马克边缘区等离子体平行流的影响 物理学报,Vol.61,No,7,2012:P.075201
第一作者 会议收录文章 会议名称
胡业民 A relativistic model of electron cyclotron current drive efficiency in tokamak plasmas the 17th Joint Workshop on Electron Cyclotron Emission and Electron Cyclotron Resonance Heating, Belgium, March 2012
项农 PIC simulations of the ion flow induced by radio frequency waves in the ion cyclotron frequency range 24th IAEA Fusion Energy Conference, , San Diego, USA, October 8-13, 2012
夏天阳 Multi-field two-fluid Peeling-Ballooning modes simulation with BOUT++ 24th IAEA Fusion Energy Conference, , San Diego, USA, October 8-13, 2012







Decays of electron Bernstein waves near plasma edge

Phys. Plasmas 18, 122107(2011)


Bohm Criterion for collisionless sheaths in two-ion-species plasma

Plasma Sci. Technol. Vol.13, No.4, 2011


A local noncircular equilibrium model and its application to residual zonal flow calculations

Phys. Plasmas 18, 052505 (2011)


Relativistic collision operators for modeling noninductive current drive by waves

Phys. Plasmas 18, 022504 (2011)


A relativistic theory of electron cyclotron current drive efficiency

Fusion Sci. Technol. 59, 684 (2011)


Ion orbit loss and pedestal width of H-mode tokamak plasmas in limiter geometry

Phys. Plasmas 18, 032504 (2011)


Neoclassical polarization drift of collisionless single ion in tokamaks with arbitrary time-varying radial electric field

Phys. Plasmas 18, 032514 (2011)


Zonal Flows Driven by Small-Scale Drift-Alfven Modes

Plasma Sci. Technol. 13, 523 (2011)


High spatial resolution equilibrium reconstruction

Plasma Physics and Controlled Fusion, 53,2011


Numerical analysis of divertor asymmetry induced by differential divertor biasing

Phys.Scr. 84 2011


Numerical analysis of high Mach flow and flow reversal in the experimental advanced superconducting tokamak divertor

Chin.Phys.B, Vol.20, No.9 2011


Effect of electron flow on the ordinary-extraordinary mode conversion

Phys. Plasmas 18, 104511 (2011)






Zonal flow modes in a tokamak plasma with dominantly poloidal mean flows

Phys. Plasmas 17, bottes timberland 102505 (2010)


Effect of impurity ions on the geodesic acoustic mode

Phys. Achat Puma Plasmas 17, 112510 (2010)


A Self-Consisten Analysis of Impurity Radiation by SOL-PSI Model

Plasma Science &TechnologyVol.12, No.2 (2010)


Study on Cavity Modes for D(H) Ion Cycloton Range Frequency Heating Scenarios in EAST

Plasma Science Technology, ugg pas cher Vol.12, No.6, 2010


Simulation of Heating with the Waves of Ion Cyclotron Range of Frequencies in Experimental Advanced Superconducting Tokamak,

Plasma Science Technology, Moncler doudoune pas cher Vol.12, prix doudoune moncler No.1, 2010


Magnetic Components of Geodesic Acoustic Modes in Plasmas with Anisotropic Ion Distribution

Plasma Science and Technology, Vol.12, No.1, 2010


Study on the change of electron temperature inside magnetic island caused by localized radio frequency heating,

Physics of Plasmas, Vol.17,