Tan, Z.-M. 200 1: Approximate analytical solution of semi-geostrophic Ekman boundary layer with baroclinic and variable vorticity diffusivity, boundary layer meteorology, 98,361-385.
Zhang Yu, Tan Zhiming, 2002: Analysis and study on the variation of daily average wind speed in variable vorticity viscous semi-geostrophic Ekman boundary layer model. Atmosphere. Phys .，8 1，207-2 17。
Fei shiqun, tan Zhiming, 200 1: helicity dynamics of convective severe storm system, progress of atmospheric dynamics. , 18,67-86.
Sun Tianguang, Tan Zhiming, 200 1: Numerical simulation of tropical squall line structure and evolution, progress of atmospheric dynamics. , 18, 1 17- 138
Tan Zhiming and Yan Wang, 2002: Numerical Experiment with Intermediate Model: Ekman Momentum Approximation, Advan. In the atmosphere. Sci。 , 19,266-278.
Tan Zhiming, Zhang, Rotunon and Snyder, 2004: Mesoscale predictability of wet baroclinic waves: an experiment of parameterized convection. J. Atmos。 Sci。 ,6 1, 1794- 1804.
Yuan Xian, Tan Zhemin, 2004: Influence of friction and nonlinearity on the development of baroclinic initial disturbance, Atmospheric Science, 28,847-863.
Tan Zhemin, Wu, 2005: Theoretical study of boundary layer dynamics in ekman, Journal of Meteorology, 63,541-555.
work
1.Luckley, Xu Yinzi, Tan Zhemin, Dynamic Meteorology, Nanjing, Nanjing University Press, PP 439, 1997.
2. Wu, Wang Xingbao, He Qiqiang, Tan Zhemin, Pan Yinong, Principles of Modern Meteorology, Higher Education Press, 3 19, 1999.
3. Wu, Ting, Tan Zhemin, Frontal Process and Mesoscale Disturbance Process, Beijing, Meteorological Press, pp 168, 2004.