李晓卿：著名天体物理学家, 研究员, 博士生导师。1963年毕业于南京大学天文系；之后在中国科学院紫金山天文台长期从事理论研究。1997年5月调南京师范大学物理系任教。曾任紫金山天文台理论室主任、南京师范大学物科院物理研究所所长、江苏省天文学会理事、国际天文学会成员。

天体物理学家, 研究员, 博士生导师。南昌大学特约教授。1939年1月生于江西南昌。1963年毕业于南京大学天文系; 之后在中科院紫金山天文台长期从事理论研究。曾任紫台理论研究室主任、南师大物理系理论教研室主任、南师大物科院物理研究所所长等。1986年赴美国阿拉巴马大学访问一年。在天体自生磁场、磁重联理论、宇宙天体非线性结构、天体物理吸积盘以及加速辐射和隐形飞行体等五个领域研究中，独树一帜并取得了一些开创性的重要成果。论著颇丰：出版了三部专著: 《湍动等离子体物理》、《等离激元坍塌动力学》 、《相对论性调制相互作用和非线性坍塌》和一部译著“等离子体天体物理”(合译); 在国内外核心刊物上发表了百余篇研究论文，其中在国际核心刊物(SCI)上发表论文70余篇。曾主持国家基金委面上资助项目三项、参加国家基金委重点资助项目一项、是两届国家攀登计划研究组成员，等。曾获江苏省重大科技奖(1979年)、国家教育部科技进步二等奖(1999年)、江苏省优秀研究生指导教师(1996年)及中科院彭荫刚优秀(博士)研究生导师(2001年)等奖项。1992年起享受国务院特殊津贴。

1. TURBULENT PLASMA PHYSICS, Monograph(Chinese book), Press of Beijing Normal University, 1987; X.Q.Li。

2. COLLAPSING DYNAMICS OF PLASMONS (-small scale processes in Universe), Monograph(Chinese book), Press of China Science & Technology , Beijing, 2004; X.Q.Li。

4.相对论性调制相互作用和非线性坍塌，中国科学技术出版社，北京，2012，李晓卿，刘三秋

1. Integral of Poisson’s equation for finite thickness disks and effects of density waves,Scientia Sinica.22(1979)No.8,925-933; Peng, X.Q.LI, et al.

2. Nonsteady interaction of plasma with bodies moving in space [1], Astrophys. Space Sci.153(1989)311-326; X.Q.LI.

3. Dynamo mechanism for turbulent waves in celestial bodies, Astrophys. Space Sci.76(1981)13-21; X.Q.LI,Song G.X.

4. Coupling equations for flow-wave fields and its use to faculae heating, Solar Physics75(1982)83-98; X.Q.LI,Song M.T.

5. A heating model for the transition zone and inner corona, Solar Physics 91(1984)289-297; X.Q.LI,et al.

6. Radiation and energy loss by monopole in cosmic plasma, Astrophys.Space Sci. 123(1986)125-135; X.Q.LI

7. Double layer in strong turbulent plasma, Astrophys.Space Sci. 112(1985) 13-24; X.Q.LI

8. The radiation features of the moving charges and the effects suppressed by the cosmic plasmas in pulsar and other celestial bodies, Astrophys.Space Sci. 146(1988)41-51; X.Q.LI, Li Z.Y.

9. Nonlinear structures of self-gravitating system, A&A, 227(1990)317-323; X.Q.LI 10. Alfven wave-driving mechanism of late-type stellar wind, Astrophys.Space Sci. 167(1990)1-11; Zheng Y., X.Q.LI

11. Turbulent scattering of high-frequency radiation in accretion disks, A&A, 225(1989)555-558; X.Q.LI.

12. Large-scale pancake structures in the universe, Chinese Phys. Lett.9(1992)277; X.Q.LI and Li L.H.

13. Three-wave interactions in strong Langmuir turbulence, Phys.Fluids B 5(10)(1993) 3819; L.H.Li and X.Q.LI

14. Circular radiation by monopole around netron stars, Astrophys.Space Sci. 199(1993)105; S.J.Ma,Q.L.Yang and X.Q.LI

15. Self-generated magnetic fields by transverse plasmons in celestial bodies, A&A, 270(1993)534; X.Q.Li and Ma Y.H.

16. Analysis of loop interaction in the visible emission corona, Adv. Space Res. 14(4)(1994)41; Z.D.Zhang, X.Q.LI and R.Smartt.

17. Nonlinear structures in self-gravitating disks, A&A, 292(1994) 686; X.Q.LI and Zhang H.

18. Magnetic reconnection theory for coronal loop interaction, A&A,290(1994)963; X.Q.LI ,Z.D.Zhang and R.Smartt

19. Dynamics behavior of self-generated magnetic field, Phys. Plasmas 1 (9)(1994) 3008; X.Q.LI and Ma Y.H.

20. Formation of periodic galaxy peaks from primeval perturbations with resonance interaction, Science in China(series A),38(1995)82; X.Q.LI & Zhang H.

21. Nonlinear structures of self-gravitating systems in stable modes, A&A, 294(1995)339; T.X. Zhang and X.Q.LI

22. Magnetic reconnection model for X-ray flare loop interaction, Astrophys. Space Sci. 226(1995)31; Z.Zhang, X.Q.LI and R.Smartt

23. Self-similar collapse in nebular disk and the Titius-Bode law, Astron. Astrophys. 304(1995)617; X.Q.LI ,Zhang H. and Q.B.Li

24. Hα filtergram observations of Ellerman bomb and its magnetic reconnection model, Astrophys. Space Sci.229(1995)325; F.M.Hu, M.T.Song and X.Q.LI

25. Modulational instability of self-generated magnetic fields, Solar Phys.169(1996)69 ; X.Q.LI & Zhang Z.D.

26. Perturbation spectrum of an expanding fluid with negligible initial power on small scales, Phys. Rev. D. 54 Num.8(1996)4744; Zhang H.,X.Q.LI and H.Q.Zhang

27. Magnetic reconnection by Langmuir solitons, ApJ.479(1997) 1028 ; X.Q.LI and Zhang Z.D.

28. On the discrepancy of coronal magnetic fields in solar optics and radio, Chinese Phys.Lett.14No.1(1997)77; Ma Yuehua & X.Q.Li

29. Magnetic reconnection mechanism for Type II white-light flares, A&A,320(1997)300; X.Q.LI, Song M.T.,Hu F.M. and Fang C.

30. An explanation on transient brightening by magnetic reconnection theory, Solar Phys. 173(1997) 103 ,Li B.Q.,X.Q.Li and Ai G.X.

31. Collapse spectrum of cloud turbulence, A&A,327(1997) 333; X.Q.LI and Zhang H.

32. Cosmological primeval perturbation spectra in mildly non-linear regime , Astrophys. Space Sci.250(1997) 175 ; X.Q.LI and Hang Zhang

33. Conditions lead to the self-similar power spectrum,Phys.Rev.D.56No.10(1997)6125; Zhang H. and X.Q.LI

34. Self-generated inhomogeneous magnetic fields in Auroral Zones with kilometric radiation, Astrophys. Space Sci.253(1997)253 ;X.Q.LI and Zhang Z.D.

35. N-soliton pattern in a self-gravitating fluid disk Phys.Rev.E. 57 No.1(1998)1114; Zhang H.,X.Q.LI and Ma Y.H.

36. Estimating horizontal electric current in solar active regions, Solar Physics 182(1998),365-379; H.S.Ji, M.T.Song, X.Q.Li and F.M.Fu

37. Formating double layer mechanism by electric charged particle stream in plasma, Acta Physica Sinica(Overseas Edition)7No.8(1998),576-582; S.J.Ma, Q.L.Yang and X.Q.Li

38. Scaling argument for relative amplitudes of galaxy and cluster correlations, ApJ, 535(2000) 24; Zhang H. and X.Q.Li

39. Self-generated magnetic field by transverse plasmons in laser-produced plasma, Physics of Plasmas, 7(8),(2000) 3405; S.Q.Liu and X.Q.Li

40. Numerical analysis of self-generated magnetic fields with very small scale in solar corona, A&A, 364(2001)785; S.Q.Liu and X.Q.Li

41. Investigation on intermittent magnetic flux in the auroral zones with kilometer radiation (AKR), Physics of Plasmas, 8(2),(2001)625; S.Q.Liu and X.Q.Li

42. Current sheet formation in weakly ionized plasmas, Chinese Phys.Lett. 18(6), (2001)788; Ji H.S., X.Q.Li and Song M.T.

43. Numerical analysis of self-generated magnetic fields by transverse plasmons in laser-produced plasma, Journal of Plasma Physics,66 (2001),part 4, 223; S.Q.Liu and X.Q.Li

44. The density cavitons generated by interactions of plasma with moving body in its wake region in space,Journal of Plasma Physics, 67(2002)205; S.J. Ma and X.Q.Li

45. Acceleration of flare protons by Langmuir plasmons, Chinese Phys.Lett. 19(2),(2002)283;X.Q.Li and H.Zhang

46. Scaling law of exponents in cosmological clustering, Chinese Phys.Lett. 19(2),(2002)280; H.Zhang and X.Q.Li

47. Structures of magnetized thin accretion disks, Science in China ( series A ),45(11),(2002)1487;32(10)(2002)945(Zhongguo Kexue);X.Q.Li and H.S.Ji

48. Collapsed magnetic instability to solar intermittent flux and anomalous viscosity in accretion disks, A&A, 390( 2002)767, X.Q.Li and H.Zhang

49. Magnetic viscosity by collapsing flux cell, J.Plasma Phys., 62(2)(2002)149, X.Q.Li and H.Zhang

50. The interaction of plasma with the field in the wake region of a moving body in space ,Chin A Ap, 27(3)(2003)252; Chin. A&A, 27(3)(2003), T.P.Fu, andX.Q.Li

51.Acceleration of energetic electrons by the synchrotron radiation with Rayleigh-Jeans spectrum, Chin A Ap, 27(2)(2003)133; Chin. A&A,

27(2)(2003)133-139; Y.Liu andX.Q.Li 52. Equilibrium Correlations in a Clustering Universe, Chin Phys. Lett. ,20(11)(2003)2088, H. Znang , X. Huang and LI X.Q.

53. Magnetic Instability of Accretion Disks with Anomalous Viscosity Chin Phys.Lett.,21(3)(2004)584, Zhou Ai-ping and X.Q. Li

54. Temperature distribution of thin magnetized accretion disk with anomalous viscosity, J.Plasma Phys.,70(5)(2004)583, A.P.Zhou and X.Q.Li

55. Instability of anomalous viscosity disks around young stellar objects , J.Plasma Phys., 73(3)(2007)367, Z.R.YA and X.Q.Li

56. Kinetic modeling of self-generated magnetic fields by transverse plasmons in the relativistic regime, Contributions to Plasma phys. 48(4)361,(2008), X.Q.Li, S.Q.Liu and X.Y.Tao

57. Gravitoelectromagnetic cavitons in the kinetic regime, Ann.phys.(Berlin) 18(6), 436(2009), X.Q.Li, S.Q.Liu and X.Y.Tao

58. Relativistically Strong Langmuir Turbulence in the Kinetic Regime, Phys. Plasmas, 18(2011) 082301, Liu X. L., X. Q. Li and Liu S. Q.,

59. Modulation instability by intense laser beam in magnetized plasma. Optik, 122 (7)(2011), 599-603, Hua-Ying Chen, San-Qiu Liu, X.Q.Li..

60. Self-modulation instability of an intense laser beam in a magnetized pair plasma, Physica Scripta 83 (3)(2011) 035502, Hua-Ying Chen, San-Qiu Liu, X.Q.Li..

61. Magneto-Modulational Instability in Relativistic Plasmas[J]. Contrib. Plasma Phys., 51(1) (2011) 51-60, Liu Y, Liu S Q, Li X Q.

62. Fast magnetic reconnection driven by ponderomotive force in two-beam laser-solid interactions, Phys. Plasmas 18 (2011) 112109, S.Q Liu, X.S Yang and X.Q. Li

63. Modulation Instability of an Intense Laser Beam in an Unmagnetized Plasma, Journal of the Korean physial society,59(4)(2011)2727, Liu S.Q., Tang W. and X.Q. Li

64. Kinetic description of the Langmuir solitons in ultra-relativistic electron-positron plasmas, Astrophys Space Sci., 339 (2012)275–281, Y. Liu, S.Q. Liu, X.Q. Li

65. Magnetic field induced by strong transverse Plasmon in ultra-relativisticelectron-positron plasmas, A&A 544, A151(2012)1-11, Y. Liu, X.Q. Li and Liu S.Q.

66. Modulation instability of an intense laser beam in an unmagnetized electron–positron–ion plasma, Pramana-journal of physics, 78(3) (2012) 439-449, Liu S.Q., Tang W. and X.Q. Li

67. Relativistically modulational instability by strong Langmuir waves, Phys. Plasmas 19(2012)092101, X. L. Liu, S. Q. Liu, and X. Q. Li

68. Kinetic description of the Langmuir solitons in ultra-relativistic electron-positron plasmas, Astrophys Space Sci., 339 (2012) 275–281, Y. Liu , S.Q. Liu and X.Q. Li

69. Anomalous gravitomagnetic viscosity in accretion disks, Astrophys Space Sci 342 (2012)457–464, S.Q. Liu, F.J. Lin, X.Q. Li

70. Anomalous magnetic viscosity in relativistic accretion disks, New Astronomy 21 (2013) 40–45, F.J. Lin, S.Q.Liu, X.Q. Li

71.Comment on “Plasma oscillations and nonextensive statistics”, Phys. Rev. E 86 (2012) 068401, X.C. Chen and X.Q. Li

72.The full Zakharov equations in nonextensive q-plasma, Phys. Plasmas 21(2014),022306, Liu X. L. and X. Q. Li

73. Self-Generated Magnetic Fields in q-Distributed Plasmas, Phys. Plasmas 20, (2013) 022308,D. G. Li, S. Q. Liu and X.Q. Li

74．Generation and evolution of magnetic field in the relativistic plasma following q-nonextensive distribution，Phys. Plasmas 24, (2017) 022120, F.J.Lin, Z.H. Chen, X.Q.Li, J.J. Liao and Y. Zhu

1. The winds of galactic nuclei, Studia Astronomical Sinica. No.1(1978)38-42; Chinese Astronomy (1979)174; X.Q.LI,et al.

2. Discrete space-time and red shifts of galaxies, Acta Astronomica Sinica. (1976)No.2,129-133; X.Q.LI.

3. A possible mechanism of non-resonant heating of the chromosphere-corona transition zone, Acta Astronomica Sinica(1979)No.3,281-288; Chinese Astrnomy (1980)279-288; X.Q.LI, et al.

4. Coronal Langmuir turbulence and the quasi-stable accelerating sources, Acta Astronomica Sinica (1980),No.1,20-26; Song, X.Q.LI

5. Scattering effects for turbulent plasma on X-ray spectra of objects, Acta Astrophysica Sinica (1981)No.4,301-310; Chinese Astron. Astrophys.(1981)469-475; X.Q.LI

6. On the distribution of matter within disk galaxies with finite thickness, Acta Astronomica Sinica (1978)No.2,182-187; Peng, Huang, X.Q.LI,et al.

7. Integral of Poisson’s equation for finite thickness disks with Archimedes spirals, Studia Astronomica Sinica No.2,(1978); Peng,Huang, X.Q.LI,et al.

8. Acceleration of the solar wind by whistler waves from coronal holes, Chinese Astron.Astrophys.(1982)192-198; Zhang, Haung, X.Q.LI

9. Analysis of Dong-Tai meteorite, Acta Astronomica Sinica(1974)No.1, 93-97; Wang, X.Q.LI,et al.

10. The photoelectric observations for astroids, Acta Astronomica Sinica,(1964); Yang,Zhang, X.Q.LI

11. Lightcurves of variable astroids, Acta Astronomica Sinica(1981)No.2,169-173; Y.C. Zhang, Zhou, Yang, Zhang, X.Q.LI

12. Weak and strong turbulences in Plasma Astrophysics, Progress in Astronomy (Chinese Journal)(1984)No.4,283-309; X.Q.LI

13. Curvature radiation from cosmic monopole, Chinese Journal of Space Science (1985)161; X.Q.LI, et al.

14. Foke-Plance equations in charge particle-monopole system, Acta Astrophysica Sinica(1985)No.2,81-92; Song, X.Q.LI

15. Nonsteady interaction of plasma with bodies moving in space [2], Journal of Chinese Society of Astronautics No.3(1990),76-84; X.Q.LI

16. Strong turbulence in plasma astrophysics, Chinese Progress in Physics (1993)595-639; X.Q.LI

17. Dominating equations of non-steady interaction between moving bodies and plasma in compression region, Chinese Journal of Space ScienceNo.2 (1997),50-55; S.J.Ma, Q.L.Yang and X.q.Ll

18. The formation mechanism of double layer by stable current in plasma , Chinese Journal of Space Science No.2(1998),126-131; S.J.Ma, X.Q.Li Q.L.Yang, F.Q.Li and D.W.Zhou

19. New magnetic reconnection theory, Publications of PMO,No.3(1999),338; X.Q.Li and Z.D.Zhang

20. Magnetic collapsing instabilities and self-generated intermittent flux, Progress in Astronomy, 20(4)(2002)337; X.Q.Li

1. Galactic nuclei and its activity, invited report, The new advances of modern Astronomy(Chinese book, Science Press,1983); X.Q.LI

2. Turbulent plasma astrophysics, Science Yearbook, Part of Feature Articales, (special invited paper, 1989),2.8-2.13, Shanghai Science-Technology Press; X.Q.LI

1. Self-generated magnetic fields in celestial bodies, Bull.Ame.Astron.Soc. (1986)No.3,852; X.Q.LI and S.T.Wu

2. Self-generated magnetic fields in galaxies, Proceeding of the third China-Japan workshop on galaxies (S.L.Cao ed.,1987)64; X.Q.LI

3. Proc. second symp. on plasma wave and plasma-metter interactions (1988)25; X.Q.LI and S.T.Wu

4. Interpretation of coronal loop interaction, Bull.Ame.Astron.Soc. (1992),681; R.N.Smartt,X.Q.LI and Z.D.Zhang

5. Model for solar flare loop interaction, Proc. first international conference on frontiers of physics , August 5-9,1995, Shantou, China; Z. Zhang and X.Q.LI

6. Strong turbulent in cosmic plasmas, Proceeding of the China-India workshop on High-energy astrophysics (1996, Nanjing); X.Q.LI

1. On gaseous solitons of a two component disks and explanation to the Titius-Bode rule, Nanjing University Journal(natural sciences) No.2(1978)7-14;X.Q.Li, et al.

2. The plasma in Astrophysics, Nanjing University Journal(natural sciences), No.3(1983)461-474; X.Q.LI

3. Self-generated magnetic fields by plasmons, Publication of Purple Mountain Observatory (1989)No.1,1-27; X.Q.LI

4. Large-scsle nonlinear structures in the Universe, Publication of Purple Mountain Observatory (1991)No.3,161-187; X.Q.LI.

5. The ponderomotive force with high-frequency plasma osillations and its effects, Publication of Purple Mountain Observatory (1990)No.2, 75-103; X.Q.LI

6. The rediation for relastivistic electron in curved magnetic field, Journal of Nanjing Normal University No.4, (1999)41; Wang Huiming and X.Q.Li

7. Study of the quasilinear interaction between the been of Ions and Ion-sound wave , Journal of Nanjing Normal University No.3,(2000)45; Hua Zheng-he and X.Q.Li

8. Radial distribution of temperature and velocity for pulsatile flow in rigid tubes, Journal of Nanjing Normal University No.1,(2001)69; Yao Li and X.Q.Li

9. Numerical solution of interaction between drift wave and electrons, Journal of Nanjing Normal University No.2,(2001)42; Hua Zheng-he and X.Q.Li

10. Self-generated intermittent magnetic flux and magnetic reconnection theory, in observation and study of celestial violent activities ( ed. Xiao and Fang ) , World Library Press Com., 265; X.Q.Li