2008.10-2012.11 Assistant Research Professor, Institute of Desert Meteorology, CMA, Urumqi

2012.11-2018.12 Associate Research Professor, Institute of Desert Meteorology, CMA, Urumqi

2018.12-Present Research Professor, Institute of Desert Meteorology, CMA, Urumqi

Atmospheric sounding, Atmospheric boundary layer physics, Radar meteorology, Sandstorms

[1] 2013: Xie Yibing Youth Meteorological Science Award (Peking University)

[2] 2014: CMA Youth Talent (First Cohort)

[3] 2014: Second Prize, 13th Xinjiang Outstanding Natural Science Paper:

Application of Wind Profiling Radar Data to Dust Weather Analysis in Taklimakan Desert

[4] 2015: Third Prize, Xinjiang Sci-Tech Progress:

Integrated Application of Desert Atmospheric Boundary Layer Detection Technology (Rank 4)

[5] 2018: First Prize, Xinjiang Sci-Tech Progress:

Key Technology R&D and Application of Artificial Precipitation Enhancement in Tianshan Mountains (Rank 5)

[6] 2018: Tianshan Talent of Xinjiang (Second Level)

[7] 2018: Outstanding Young Science Talent, Xinjiang Tianshan Youth Program

[8] 2018: National Top Ten Outstanding Young Meteorological Science Workers (9th)

[9] 2019: Commendation for Outstanding Contribution, Xinjiang Meteorological Bureau

Publications

National Invention Patents:

[1] WANG Minzhong, MING Hu, ZHANG Jiantao, WEI Gang, CHEN Rongyi. Quantitative Retrieval Method for Dust Mass Concentration in Sandstorms Using Wind Profiler Radar, ZL201610405760.X

Books:

[1] WANG Minzhong, MING Hu, et al. Atmospheric Boundary Layer and Sandstorm Detection Research in Taklimakan Desert. China Meteorological Press. 2022.

[2] LI Xingcai, WANG Minzhong, ZHANG Beidou, MING Hu. Electromagnetic Scattering of Small Particles and Microwave Remote Sensing of Sandstorms. Electronics Industry Press. 2016.

Software Copyrights:

[1] Wind Profiler Radar Product Display and Monitoring Warning System V1.0 (2013SR161507, First Author)

[2] Quantitative Detection and Retrieval System for Sandstorm Mass Concentration Based on Wind Profiler Radar V1.0 (2016SR331489, First Author)

(1) NSFC Youth Project: Detection Study of Sandstorms in Central Taklimakan Desert Using Wind Profiler Radar (2014.01-2016.12; ¥250,000; Completed)

(2) NSFC General Project: Atmospheric Boundary Layer Structure and Thermal Convection Cells in Central Taklimakan Desert Summer (2016.01-2019.12; ¥960,000; Completed)

(3) NSFC General Project: Quantitative Detection of Sandstorms Based on Millimeter Wave Radar (2018.01-2021.12; ¥800,000; Completed)

(4) Xinjiang Outstanding Youth Science Fund: Characteristics of Stable Boundary Layer in Taklimakan Desert Summer and Its Impact on Dust Aerosols (2022.03-2025.03; ¥500,000; Ongoing)

[1]  Wang Minzhong, Xu Xiangde, Xu Hongxiong et al. Features of the summertime deep atmospheric boundary layer over the Taklimakan Desert and its influence on the regional circulation. Journal of Geophysical Research-Atmospheres. 2019, 124: 12755-12772.

[2]  Wang Minzhong, Ming Hu. Quantitative detection of mass concentration of

sand-dust storms via wind-profiling radar and analysis of Z-M relationship. Theoretical and Applied Climatology. 2018,131: 927-935.

[3]  Wang Minzhong, Lu Hui, et al. Vertical structure of summer clear-sky atmospheric boundary layer over the hinterland and southern margin of Taklamakan Desert. Meteorological Applications. 2016, 23: 438-447.

[4]  Wang Minzhong, Ming Hu, Huo Wen, Xu Hongxiong, Li Jiangang, Li Xingcai.

Detecting sand-dust storms using a wind-profiling radar. Journal of Arid Land. 2017, 9(5): 753-762.

[5]  Minzhong Wang, Hu Ming. Study on radar detection of one stratiform cloud precipitation process in the central part of the Tianshan mountains in China. Asia-Pacific Journal of Atmospheric Sciences. 2018, 54: 511-524.

[6]  Li Xingcai, Wang Minzhong*. Equivalent medium theory of layered sphere particle with anisotropic shells. Journal of Quantitative Spectroscopy&Radiative Transfer. 2016, 179: 165-169.

[7]  Honglin Pan, Minzhong Wang*, K. Raghavendra Kumar, et al. Seasonal and vertical distributions of aerosol type extinction coefficients with an emphasis on the impact of dust aerosol on the microphysical properties of cirrus over the Taklimakan Desert in Northwest China. Atmospheric Environment. 2019, 203: 216-227.

[8]  Yang XH, Minzhong Wang*, et al. Estimation of sampling efficiency of the Big Spring Number Eight (BSNE) sampler at different heights based on sand particle size in the Taklimakan Desert. Geomorphology. 2018, 322: 89–96.

[9]  Hongxiong XU, Minzhong Wang*, Yinjun WANG, et al., Performance of WRF Large Eddy Simulations in Modeling the Convective Boundary Layer over theTaklimakan Desert, China. Journal of Meteorological Research. 2018, 32(6):1011-1025.

[10]  Wei Wei, Wang Minzhong*, et al. Diurnal Characteristics of Turbulent Intermittency in the Taklimakan Desert. Meteorology and Atmospheric Physics, 2019, 131: 287–297.

[11]  Hu Ming, Minzhong Wang*, et al. Analysis of fog at Xianyang Airport based on multi-source ground-based detection data. Atmospheric Research. 2019, 220:34-45.

[12]  Honglin Pan, Minzhong Wang*, et al.， A decadal global climatology of ice cloud fraction with their microphysical and optical properties inferred from the CALIPSO and reanalysis data. Remote and sensing. 2020, 12, 3795. doi:10.3390/rs12223795.

[13]  Ming, H., M. Z. Wang*, M. Wei, et al. Study on clouds in the hinterland of the Taklimakan Desert based on consecutive MMCR observations. Journal of Meteorological Research, 2021, 35(6), 1-18, doi: 10.1007/s13351-021-1023-0.