Chinese  
HOME
ABOUT US
STRUCTURE
ACADEMICIANS
SCIENTIST DETAILS
RESEARCH DIVISIONS
MANAGEMENT AND SERVICE SYSTEM
SUPPORTING SYSTEM
PUBLICATIONS
INTERNATIONAL COOPERATION
 
 

Zeng Qing-Cun, Doctor, Academician of CAS

Prof. Zeng Qing-Cun, Doctor, Academician of CAS, Vice Chairman of Chinese S&T Association, Director-general of Chinese Meteorological Society, Foreign member of Russion AS. He has many creative achievements at academic fields including applicable and computational mathematics, numerical model design, weather and climate numerical prediction theories, atmospheric remote sensing and geophysical fluid dynamics. He firstly developed energy conservative difference scheme, semi-implicit difference scheme and "tale-off" method of standard stratification, which were widely used at numerical weather prediction and numerical climate simulations and etc.. He opened up a new discipline-computational geophysical fluid dynamics, established systematic theories of atmospheric evolution processes and wave ensemble dynamics, introduced natural cybernetics. He is the plotter and major designer of Chinese first-generation Air-Sea general circulation model and land surface processes model. He is the chief scientist of project of research on climatic dynamics and climatic prediction theories sponsored by Climbing Programme under M STC and senior fellow of specialist group of project for large-scale scientific computation. He published two academic books, Principle of Atmospheric Infrared Remote Sensing and Mathematical and Physical Basis of Numerical Weather Prediction, and more than 100 academic papers. He has trained many qualified personnel for profession to Chinese atmospheric science cause. He received several awards including four times first grade prizes of Natural Science Award of CAS, one times second grade prize of National Natural Science Award, and He Liang & He Li S&T Advancing Award.

Main Publications

There are about 100 publications. The main results of investigation were publicized in the following books and articles.

A: Books

  1. Principles of infrared remote sounding of the atmosphere, Science Press, Beijing, 1974, pp.174 (in Chinese).

  2. The physical-mathematical bases of numerical weather prediction, Vol.1, Science Press, Beijing, 1979, pp.543 (in Chinese).

B: Articles

  1. The application of primitive thermo-hydrodynamic equations to short range weather prediction in a two-level model, Doklady Akademii Nauk USSR, Ser. Geofiz., No.1, 1961 (co-author: Zhu Yong-ti) (in Russian)

  2. On nonlinear equation of atmospheric motions of planetary scale , Izv. Akad. Nauk USSR, Ser. Geofiz., No.1, 1961 (in Russian)

  3. The application of primitive thermo-hydrodynamic equations to short range weather prediction in a two-level model, (full text), Scientific Sinica, XII, No.3, 1963 (in Russian).

  4. The influence of initial perturbations on the adaptation processes of the atmosphere and problems on the application of wind observations, Acta Meteorological Sinica, Vol.33, No.1, 1963.

  5. Adaptation process and development process in the atmosphere, I, Ibid, Vol.33, No.2, 1963.

  6. Adaptation process and development process in the atmosphere, II, Ibid, Vol.33, No.3, 1963.

  7. Characteristic parameters and dynamical equations of atmospheric motions, Ibid. Vol.33, No.4, 1963.

  8. The use of observed wind fields in numerical weather prediction, Scientific Atmospheric Sinica, No.3, 1977.

  9. On the problems of infrared remote sounding of vertical profile of moisture in the atmosphere, Ibid, No.1, 1976 (co-authors: Li Chong-yin and Zhang Dao-min).

  10. The characteristic waves and the geotropic adjustment process in the baroclinic atmosphere. Ibid, Vol.2, No.1, 1978.

  11. Some aspects of the computational stability, Ibid, Vol.2, No.3, 1978.

  12. Theoretical problems of infrared remote sensing of the atmosphere, Scientific Sinica, Vol. XXII, No.5, 1979.

  13. On nonlinear interaction of motion and process of rotational adaptation in rotating atmosphere, Ibid, Vol. XXII, No.8, 1979.

  14. The advance in atmospheric dynamics and numerical weather prediction in China, Scientific Atmospheric Sinica, Vol.3, No.3, 1979.

  15. Design of finite difference schemes for primitive equations. Proc. of the 2-th National Symposium on Numerical Weather Prediction in Beijing, Science Press, 1977 (co-authors: Ji Zhong-zhen and Yuan Chong-guang).

  16. The adaptation processes in rotating atmosphere, Acta Mechanica Sinica, No.1, 1980 (co-author: T. C. Yeh).

  17. Numerical experiment of geostrophic adaptation process, Acta Meteorological Sinica, Vol.38, No.3, 1980 (co-author: Yuan Chong-guang).

  18. On the evolution process of disturbances in the barotropic atmosphere, Scientific Atmospheric Ainica, Vol.5, No.1, 1981 (co-author: Lu Peisheng)

  19. Evolutional processes of disturbances in a nonuniform basic current, Scientific Sinica, XXIV, No.4, 1981 (co-author: Lu Peisheng).

  20. Numerical experiments of hemispherical rotational adaptation process, Ibid, Vol. XXIII, No.11, 1980 (co-authors: Yuan Chong-guang and Li Rong-feng).

  21. On the computational stability of evolution equations, Mathematical Numerivae Sinica, Vol.3, No.1, 1981 (co-author: Ji Zhong-zhen)

  22. A split method to solve equations of weather prediction, Chinese Science Bulletin, Vol.25, No.12, 1980 (co-author, Yuan Chong-guang).

  23. The advance in investigation of problems of adaptation processes in rotating atmosphere, I, Scientific Atmospheric Sinica, Vol.4, No.4, 1980 (co-author: Ye Du-zheng).

  24. The advance in investigation of problems of adaptation processes in rotating atmosphere, I, Scientific Atmospheric Sinica, Vol.5, No.1, 1981 (co-author: Ye Du-zheng).

  25. Some problems of atmospheric dynamics, Mechanics and Practices, No.8, 1980 (in Chinese).

  26. Some problems on the nonlinear computational instability. Acta Mechanic Sinica, No.3, 1981 (co-author: Ji Zhong-zhen).

  27. The construction and applications of finite difference schemes to solve the evolution equations, Scientific Atmospheric Sinica, Vol.6, No.1, 1982 (co-author: Ji Zhong-zhen).

  28. Perfect energy-conservative time-space finite difference schemes and the consistent split method to solve the dynamic equations of compressible fluid, Scientific Sinica, Series B, XXV, No.8, 1982 (co-author: Zhang Xue-hong).

  29. On the computational chaos in the finite difference schemes with non-uniform grids, Scientific Atmospheric Sinica, Vol.6, No.4, 1982( co-author: Li Rong-feng).

  30. On the evolution and interaction of disturbances and zonal flow in rotating barotropic atmosphere, Journal of the Meteorological Society of japan, Vol.60, No.1, pp.24-31, 1982.

  31. The development characteristics of quasigeostrophic baroclinic disturbance, Tellus, 35A, pp.337-349, 1983.

  32. The evolution of a Rossby-wave packet in three-dimensional baroclinic atmosphere, Journal of Atmospheric Sciences, Vol.40, No.1, pp.73-84, 1983.

  33. Numerical experiments on nonlinear waves in barotropic atmosphere, Scientific Sinica, Vol. XXVI, No.11, pp.1190-11200, 1983 (co-author: Zhang Xuehong).

  34. The numerical simulation of typhoon, Proceedings of the Second Asian Congress of Fluid Mechanics, Beijing, 1982(co-author: Zhang Ming).

  35. Evolution and structure of Rossby wave packet in forced mean flow, Scientific Sinica, Series B, Vol.XXVIII, No.8, 1985.

  36. Some numerical ocean-atmosphere coupling models, Proceedings of the First International Symposium on Integrated Global Ocean Monitoring, Tallin, 1983.

  37. A test for the difference scheme of a general circulation model, Acta Meteorological Sinica, Vol.43, No.4, pp.441-449, 1985. (co-authers: Zhang Xuehong and Yuan Chong-guang)

  38. Evolution of large-scale disturbances and their interaction with mean flow in a rotating barotropic atmosphere. Part 1 and Part 2, Advances in Atmospheric Sciences, Vol.3, No.1-No.2, pp39-58, 172-183, 1986 (co-author: Lu Pro-sheng, Li Rong-feng, and Yuan Chong-guang).

  39. Nongeostrophic instability, Scientific Sinica, Series B, Vol.XXIX, No.5, pp.535-542, 1986.

  40. Nonlinear baroclinic Haurwitz waves, Advances in Atmospheric Sciences, Vol.3, 330-340, 1986 (co-authors: Zhang Xue-hong and Bao Ning).

  41. A global gridpoint general circulation model, Short and Medium-Range Numerical Weather Prediction, Collection of Papers Presented at the WMO / IUGG NWP Symposium, Tokyo, 4-8 August 1988, Special Volume of J.M.S. of Japan, 421-430 (co-authors: C.G. Yuan, X.H. Zhang, X.Z. Liang and N.Bao).

  42. Problems on nonlinear computational instability in NWP, Ibid, 255-262 (co-author: Z.Z. Ji).

  43. Variational principle of instability of atmospheric motions, Proceedings of the International Colloquium on Nonlinear Atmospheric Dynamics, Beijing, August, 1986, 175-186.

  44. The spectra of barotropic quasigeostrophic model and the evolution of disturbances, Scientific Sinica, Series B, Vol.30, No.4, 426-437, 1987 (co-authors: P.S.Lu and L.Lu).

  45. Numerical simulation of monsoon and the abrupt seasonal change in atmospheric general circulation, Chinese Journal of Atmospheric Sciences, Special Issue, Vol.12, 1988 (co-authors: X.Z.Liang and M.H.Zhang).

  46. A design and test of a numerical coupled land-atmosphere-ocean model, Tenth International Conference on Numerical Methods in Fluid Dynamics, Lecture Notes in Physics, Vol.264, 684-688, 1987 (co-authors: X.H.Zhang, C.G. Yuan and X.Z. Liang).

  47. Documention of IAP two-level atmospheric general circulation model, TRO44, DOE/ER/60341-H1, 1989 (co-authors: X.H. Zhang, X.Z.Liang, C.G. Yuan and S.F.Chen).

  48. Variational principle of instability of atmospheric motions, Advances in Atmospheric Sciences, Vol.6, No.2, 137-172, 1989.

  49. Experiments in numerical extraseasonal predication of climate anomalies, Chinese Journal of Atmospheric Sciences, Vol.14, No.1, 10-25, 1990 (co-authors: Yuan Chong-guang, Wang Wan-qiu, Zhang Rong-hua).

  50. A design of an oceanic GCM without the rigid lid approximation and its application to the numerical simulation of the circulation of the Pacific Ocean, Journal of Marine Systems, 1, No.1, 271-292, 1991 (co-authors: X.H.Zhang and R.H.Zhang).

  51. Calculations of monthly mean currents in the South China Sea, Acientia Atmospheric Sinica, Vol.13, No.2, 127-138, 1989 (co-authors: Li Rong-feng, Ji Zhong-zhen, Gan Zi-jun and Ke Pei-hui).

  52. The spectra and spectral functions in rotating two-dimensional compressive motion. Part 1: Distribution of spectra, Chinese Journal of Atmospheric Sciences, Vol.14, No.2, 129-142, 1990 (co-authors: Li Rong-feng and Zhang Ming).

  53. The spectra and spectral functions in rotating two-dimensional compressive motion. Part 2: The spectral functions and further analysis, Chinese Journal of Atmospheric Sciences, Vol.15, No.1, 1990 (co-authors: Li Rong-feng and Zhang Ming).

  54. IAP AGCM and its application to the climate studies, in CLIMATE CHANGE, DYNAMICS AND MODELLING, Edited by Q.C.Zeng et al., China Meteorological Press, 1990 (co-authors: C.G.Yuan, X.H.Zhang, X.Z.Liang, N.Bao, W.Q.Wang and X.C.Lu).

  55. IAP Oceanic General Circulation Models, in LIMATE CHANGE, DYNAMICS AND MODELLING, Edited by Q.C.Zeng et al., China Meteorological Press, 1990 (co-authors: X.H.Zhang, C.G.Yuan,R.H.Zhang, N.Bao and X.Z.Liang).

  56. Experiments and Problems of Seasonal Extraseasonal Predictions by using Coupled GCM, in CLIMATE CHANGE, DYNAMICS AND MODELLING? Edited by Q.C.Zeng et al., China Meteorological Press, 1990 (co-authors: C.G.Yuan, W.G.Wang and R.H.Zhang).

  57. Validation of Climate Models, in THE IPCC SCIENTIFIC ASSESSMENT, Chapter 4, Edited by J.T. Houghton et al., Cambridge University Press, 1990 (co-authors: W.L.Gates and P.R. Rowntree).

  58. Numerical simulation of monsoons in the East Asia, in Meteorology and Environmental Sciences, Proceedings of the Course on Physical Climatology and Meteorology for Environmental Application, Trieste, Italy, May 23- June 17, 1988, edited by R. Guzzi et al., World Scientific Press, 303-315.

  59. Current research in numerical forecasting in China, in Meteorology and Environmental Sciences, Proceedings of the Course on Physical Climatology and Meteorology for Environmental Application, Trieste, Italy, May 23- June 17, 1988, edited by R. Guzzi et al., World Scientific Press, 316-336.

  60. Criteria for the nonlinear stability of three-dimensional quasi-geostrophic motions, Advances in Atmospheric Sciences, Vol.8, No.1, 1-10, 1991 (co-author, M.Mu).

  61. On some basic problems of meso-scale and large-scale dynamics of the atmosphere, Journal of the Air Force Institute of Meteorology, 1991, Vol.12, No.3, 67-72.

  62. Numerical simulations of large-scale circulation of Pacific Ocean, Chinese J.A.S., 1991, vol.15, No.2-4 (co-authors: R.H.Zhang, and X.H.Zhang).

  63. On the seasons of atmospheric general circulation and their abrupt changes I: general concept and method, Chinese J.A.S., 1992, vol.16, 329-336 (co-author; B.L.Zhang).

  64. Numerical simulation of climate and environment, in Climate, Environment and Geophysical Fluid Dynamics, Proceedings of the Fourth International Summer Colloquium 20-25 July, 1992, Beijing, Edited by Ye Duzheng et al., China Meteorological Press, 1992).

  65. Maximum simplified dynamic model of grass field ecosystem with two variables, Science in China (Ser.B), 1994, Vol.37, No.1, 94-103 (co-authors: P.S.Lu and X.D.Zeng).

  66. Experiment of seasonal and extraseasonal predictions of summer monsoon precipitation (Invited paper), Proceedings of the International Conference on Monsoon variability and Prediction (Trieste, Italy, 9-13, 1994), WCRP, WMO/TD-No.619, 1994.

  67. A note on some methods suitable for verifying and correcting the prediction of climate anomaly, Advances in Atmospheric Sciences, Vol.11, No.2, 121-127, 1994 (co-authors: B.L. Zhang et al.).

  68. The Asian summer monsoon--a case study, Proceedings of the Indian national Science Academy, Vol.60, Part.1, No.1, 81-96, 1994.

  69. A coupled general circulation model for the tropical Pacific Ocean and global atmosphere, Advances in Atmospheric Sciences, Vol.12, No.3, 1995 (co-authors: R.H.Zhang et al.).

  70. IAP climate model and their applications, Progress in Natural Science, Vol.5, No.3, 257-269, 1995 (co-authors:C.G.Yuan and X.H.Zhang).

  71. Numerical modelling of silt sedimentation and delta evolution. Progress in Natural Science, Vol.5, No.2, 212-221, 1995 (co-authors: D.J. Guo and R.F. Li).

  72. Silt sedimentation and relevant engineering problem--an example of Natural Cybernetics (Invited lecture), ICIAM-95 Proceedings of the Invited Lectures Including Prandte Memorial Lecture, Akademic Veclag, Berlin, 1995.

  73. The theory of application of dynamics related to the continuous spectrum, I, The theory, Science in China (Ser. B), Vol.25, No.11, 1210-1218, 1995 (co-author: S.Z. Ren).

  74. The theory of application of dynamics related to the continuous spectrum, II, The application to the study of atmospheric general circulation, Science in China (Ser. B), Vol.25, No.12, 1329-1338, 1995 (co-author: S.Z. Ren).

  75. Natural cybernetics, Chinese Science Bullitin, No.1, 16-21, 1996.

  76. Seasonal and extraseasonal predictions of summer monsoon precipitation by GCMs, T,A.A. Vol.14, 163-176, 1997 (co-author: C. G. Yuan et.al.)

  77. An analytical dynamic model of grass field ecosystem with two variables, Ecological Modelling, Vol. 85, 187-196, 1996 (co-author: X.D. Zeng)

  78. Two-Variable dynamic model of grass field ecosystem with seasonal variation, Ecological Modelling, Vol.85, 197-202, 1996 (co-author: X.D.Zeng).

  79. Simulation of East Asian summer monsoon by using an improved AGCM, A.A.S.,Vol. 14, 513-526, 1997 (co-author: Z.H. Lin)

  80. A study on the seasons of general atmospheric circulation and their abrupt changes, II: Case study of particular year, Chinese J.A.S., Vol. 22,103-111, 1998 (co-author: B.L.Zhang)

  81. Seasonal variation of the atmospheric general circulation and monsoon, Chinese J.A.S. Vol. 22, 211-210, 1998 (co-author: B.L. Zhang)

  82. Simulation of the Asian Monsoon by IAP-AGCM coupled with an advanced land surface model (IAP 94), A.A.S. , Vol. 15, 1-16, 1998 (co-authors: Y.J. Dai, F. Xue)

  83. Optical control of sedimentation in navigation channels, J. Hydraulic Engineering , 750-759, July 1999 (co-author: J. Zhu et al.)

  84. Discrete spectra and continuous-spectrum of the barotropic quasigeostrophic model ¨C a calculation of meteorological data, A.A.S. Vol. 16, 487-506, 1999 (co-author: M.H. Zhang)

  85. Wave-mean flow interaction: the role of continuous-spectrum disturbances A.A.S. Vol. 17, 1-17, 2000 (co-author: M.H. Zhang)
TOP¡ø
 
 
LINKS CONTACT US SITE MAP  
 
  ©Copyright 1999-2007 IAP/CAS, All rights reserved.
Institute of Atmospheric Physics, Chinese Academy of Sciences, Beijing 100029, People's Republic of China
Tel: +86-10-62028606 82995018 Fax: +86-10-62028604 E-mail: zhangl@mail.iap.ac.cn