Zhong Qing
Zhong Qing
Zhong Qing, male, born in May 1964, is a researcher of Institute of Atmospheric Physics, Chinese Academy of Sciences, and deputy director of the Department of mesoscale and mesoscale disaster research. He is also the deputy director of the numerical prediction Professional Committee of the Chinese meteorological society, the deputy director of the computational atmospheric physics Professional Committee of the Chinese society of computational physics, the visiting researcher of the Chinese Academy of Meteorological Sciences, and the editorial board member of "atmospheric science". Mainly engaged in numerical prediction, computational earth fluid dynamics, El Nino / Southern Oscillation (ENSO), atmospheric dynamics, etc.
Research direction
Engaged in numerical prediction, computational earth fluid dynamics, El Nino / Southern Oscillation (ENSO), atmospheric dynamics, etc.
Undertaking scientific research projects
Member of the national Seventh Five Year Plan Project "medium range numerical forecast" (1985-1990), application of reference atmosphere and semi implicit total energy conservation scheme in higher resolution global circulation model of the national eighth five year plan sub project "principal (1990-1995), theoretical and Numerical Research on conservation calculation scheme of development problems" principal (199) 2.1-1992.12), director of NSFC youth project "El Nino / Southern Oscillation eigentheory and its application research" (1993-1995), director of NSFC general project "baroclinic primitive equation spectral model multi conservation scheme research" (1997-1999), deputy leader and special topic of national 973 project "new generation numerical prediction model theory and method research" Group leader (1999-2003), deputy group leader and special group leader (2001-2003) of the National Tenth Five Year Plan Project "modular general numerical forecast dynamic model", and chief scientist of the important direction project of the knowledge innovation project of the Chinese Academy of Sciences "occurrence mechanism of severe weather in Midsummer in North China and key theory and technology research of mesoscale numerical forecast" (2002-2004).
honor
In 1998, he won the WMO "young scientists research award" (2 people in the world, including hydrology), which is the first prize winner recommended by the state. G. Professor O.P. Obasi (Secretary General of the World Meteorological Organization) evaluated the award-winning work "Research on the construction of fidelity scheme of physical conservation law and the improvement of traditional spectral model of baroclinic primitive equation in numerical prediction" (ACTA Meteorologica Sinica, no.6, 1997) "as" preliminary research and improvement "; Wen Kegang (Director General of China Meteorological Administration) pointed out that this award is" the highest award set up by the world atmospheric science community for young scientists " This honor is highly praised as "the honor of the motherland" and "the honor of the whole atmospheric science community". Recently, the development of the new generation regional non static dynamic model of the national 973 project undertaken by Zhong Qing, a researcher of Atmospheric Physics, and his research team has been highly appraised by experts in the project acceptance. Experts said that the dynamic framework of the high fidelity non hydrostatic regional model developed in this project is completely based on the independently developed calculation theory, which opens up a new idea for improving and perfecting the rainstorm numerical prediction model and is an exploratory research achievement. Experts suggest that the non hydrostatic model and physical process model should be integrated into a new generation of Mesoscale Rainstorm Forecasting model system as soon as possible, in order to make more progress in the accuracy of rainstorm forecasting. The experts recommended that the research achievement "Research on theoretical basis and application of non static regional dynamic model" is an original achievement and a major innovation, which has been declared as a major research achievement of "973" project. "
Awards
In addition, since he won the outstanding young scientific paper award of Beijing Meteorological Society in 1990, he has won more than 10 academic awards, including five first prizes selected by many important domestic academic organizations, such as: 1. The second Zhao Jiuzhang scientific work first prize in 1992 (on the general construction principle and some applications of fidelity computing format for development issues), etc., which is published in the Journal of computational science (2) the first prize of science and technology progress (collective) of Chinese Academy of Sciences in 1992 (the construction and preliminary test of semi implicit complete square conservation time difference scheme, etc., published in Science Bulletin, No. 19, 1991); (3) the third first prize of Beijing Youth Science and technology paper in 1995 (the awarded paper "anenso theory", published in Annales geophysicae, 1990) (4) the first prize of young scientific papers of Beijing Meteorological Society in 1996 (the winning paper "design of fidelity calculation and preliminary numerical test of multi physical conservation laws of two-dimensional incompressible earth fluid motion" was published in "special collection of Atmospheric Science Research of young scientific and technological forum of Institute of Atmospheric Physics, Chinese Academy of Sciences" (I), Meteorological Press, 1996); (5) 1997 The first prize of Tu Changwang science and technology of China Meteorological Society (prize winning work: compensation structure principle and preliminary application of fidelity calculation format for long term and economic development problems, etc.), published in Science Bulletin, December 1993, and procedures of ten th Conference on numerical weather prediction, etc, The first xuedufengzheng prize of the Institute of Atmospheric Sciences, Chinese Academy of Sciences, was published in the second issue of atmospheric science, 1993.
Chinese PinYin : Zhong Qing
Zhong Qing
