2. Shen Tongli, Tian Yongxiang, Lu, Shen Xinyong, Sun, 20 10: Numerical Weather Forecast, Meteorological Press.
3. Shen, X, Li, 20 1 1: Thermodynamic analysis of precipitation efficiency. Thermodynamics-interaction studies-solids, liquids and gases. Edited by Juan carlos moreno Pirajan, Ying Da Publishing House, 73-94. ISBN 978-953-307-3 18-7. 1。 Lin Xihuai, Shen Xinyong, Lu Hancheng, 18.
2. Zhang Ying, Shen Xinyong, Zhang Ming, 1990: Analysis and study of a mesoscale inertial gravity wave. Atmosphere. Sci。 , 7 , 220 - 226.(SCIE)
3. Shen Xinyong, Zhang Ming, 1992: Analysis of symmetric instability with condensation heating feedback, Tropical Meteorology, 8,1124.
4. Ding, Shen Xinyong, 1994. Symmetric instability theory and its application: (1) linear theory, journal of applied meteorological science, 5,361-368.
5. Ding, Shen Xinyong, 1994. Symmetric instability theory and its application. (2) Nonlinear Theory, journal of applied meteorological science, 5,470-476.
6. Shen Xinyong, Ni, Lu Hancheng, 1997: Symmetrical Stability of Mesoscale Disturbances at Low Latitude, Journal of Nanjing University (Postdoctoral Supplement), 33,292-294.
7. Ding, Shen Xinyong, 1998: Symmetric Instability in Nonconservative Systems Ⅰ. Forced action of weak viscosity, atmospheric science, 22,145-155.
8. Shen Xinyong, Ding, 1998: Symmetric Instability in Nonconservative Systems Ⅱ. Forced action of weak heating, atmospheric science, 22, 274-282.
9. Ding, Shen Xinyong, 1998. Interaction between symmetric disturbance and zonal basic airflow: (1) inclined E-P flux theory, atmospheric science, 22, 735-743.
10. Shen Xinyong, Ding, 1998. Interaction between symmetric disturbance and zonal basic airflow: (2) Development and dispersion of viscous wave packets, Atmospheric Science, 22, 839-848.
1 1. Ding, Shen Xinyong, 1998: Theoretical study on linear symmetric instability of weakly viscous fluids, Atmospheric Science, 22, 1, 68-78.
12. Ding, Shen Xinyong, 1998: Symmetrical Instability in Non-zonal and Non-parallel Basic Airflow, Acta Meteorologica, 56, 154— 165.
13. Ni, Shen Xinyong, Yang Xiuqun, 1998: Overview of Dynamics and Its Numerical Simulation, journal of applied meteorological science, 9,239-245.
14. Shen Xinyong, Ni, 1998: scale characteristics of tropical air-sea coupling disturbance, climatology research-climate and environment, Meteorological Press, 182- 187.
15. Ni, Shen Xinyong, 2000: Weak interaction of tropical air-sea coupled Kelvin waves, Meteorological Science, 20,367-375.
16. Shen Xinyong, Ni, Ding, 2002: Nonlinear symmetric instability in zonal shear flow. Atmosphere. Sci。 , 19,350—364.(SCI)
17. Shen xinyong, ni, ding, 2002: dynamic stability of non-adiabatic two-dimensional inelastic fluid, journal of Nanjing institute of meteorology, 25,472-480.
18. Shen xinyong, ni, ding, 2002: nonlinear mesoscale gravitational inertial waves in baroclinic basic flow, meteorological science, 22, 387-393.
19. He Jinhai, Yu Jingjing, Shen Xinyong, Gao Hui, 2004: Study on the Formation and Change of East Asian Monsoon, Journal of Tropical Meteorology, 20,5,449-459.
20. Shen Xinyong, Ni, Zhang Ming, Peng, 2005: A Possible Physical Mechanism for the Occurrence and Development of β Mesoscale Rainstorm System, I. Phase Velocity of Vortex Rossby Wave, Atmospheric Science, 29, 5, 727-733.
2 1. Shen xinyong, ni, Shen Tongli, ding, He Zhe, 2005: a possible physical mechanism for the occurrence and development of β mesoscale rainstorm system, II. Formation of Vortex Rossby Wave, Atmospheric Science, 29, 6, 854-863.
22. Xiao Yunqing, Ji Xiaoling, Su Yinlan, Shen Xinyong, Wang, 2005: Possible physical causes of the "6.8" rainstorm weather process in Ningxia, Meteorological Science, 25,4,465,438+00-465,438+08.
23. Yan, Shou Shaowen, Shen Xinyong, 2005: Diagnostic analysis of dry air intrusion during a rainstorm in Jianghuai, Journal of Nanjing Institute of Meteorology, 28, 1,17-124.
24. Wu, Shen Tongli and Shen Xinyong, 2005: Diagnostic analysis of physical quantity field of Typhoon Billis, Ocean Forecast, 22, 2, 59-66.
25. Zheng Xianzhao, Shou Shaowen, Yang Yuhong, Shen Xinyong, Hui Yu, 2005: Possible physical causes and numerical experiments of a rainstorm in eastern Fujian in August 2002, Taiwan Province Strait, 24, 4, 433-439.
26. Huang Yongyu, Shen Tongli, Shen Xinyong, Hui Yu, 2006: 04 18 Numerical simulation of the rainstorm process of Typhoon Aili in Taiwan Province Strait, 25, 1, 102- 109.
27. Shen Xinyong, Ding, 2006: Properties and Stability of a Mesoscale Linear Disturbance. Atmosphere. Sci。 , 23, 2,282—290.(SCI)
28. Zheng Xianzhao, Shou Shaowen, Shen Xinyong, 2006: Physical quantity analysis of a rainstorm weather process, Journal of Meteorology, 32, 1, 102- 106.
29. Shen Xinyong, Zhao Nan, He Jinhai, Yu Jingjing, 2006: Influence of shear base flow on equatorial atmospheric fluctuation stability, Journal of Nanjing Institute of Meteorology, 29, 4, 462-469.
30. Yang Yuhong, Shen Xinyong, Lin Lianger, Shou Shaowen, 2006: 04 18, Cause Analysis of Typhoon Aili Rainstorm, Meteorology, 32, 7, 8 1-87.
3 1. Shen Xinyong, 2006: Phase Velocity and Physical Mechanism of Two Mesoscale Vortex Rossby Waves, Meteorological Science, 26, 4, 355-364.
32. Zheng Xianzhao, Su Yinlan, Yang Yuhong, Shou Shaowen, Shen Xinyong, 2006: Numerical simulation and diagnostic analysis of a rainstorm process in eastern Fujian, Meteorological Science, 26, 4, 370-375.
33. Wu, Shen Tongli, Su Yinlan, Shen Xinyong, Li, 2006 10 Typhoon Water Vapor Analysis and Experiment: 2000, Meteorological Science, 26, 4, 384-39 1.
34. Yu Jingjing, He Jinhai, Shen Xinyong, 2006: Dynamic study on the influence of SST on tropical low-frequency oscillation system, Journal of Nanjing Institute of Meteorology, 29, 5, 688-693.
35. Ding, Gao Qiao Zhengming, Shen Xinyong, 2006: Theoretical study on the multiple balance of tropical atmosphere and its relationship with the onset of summer monsoon. Journal of Tropical Meteorology,12,2, 130— 138. (SCIE)
36. Shen Xinyong, Ni, Ding, 2006: Wave Characteristics of Mesoscale Symmetric Instability and Shear Wave Instability, Journal of Nanjing Institute of Meteorology, 29, 6, 735-743.
37. Shen Xinyong, He Jinhai, Su Yinlan and Zhou Weican, 2006: Stability of equatorial Kelvin wave and zonal symmetric disturbance in shear base flow, Meteorological Science, 26, 6, 605-6 1 1.
38. Sun Ying, Shou Shaowen, Shen Xinyong, Zhou, 2006: Identification and Automatic Early Warning of Severe Weather, Guangxi Meteorology, 27, 4, 20-23.
39. Shen Xinyong, Ding, 2007: Study on the Slow Manifold of Atmospheric Motion, Progress in Earth Science, 22, 4, 33 1-340.
40. Shen Xinyong, Ming Jie, Fang Fang, 2007: Wave Characteristics and Numerical Simulation of Typhoon Vortex System, Meteorological Science, 27,2, 176- 186.
4 1. He Jinhai, Yu Jingjing, Shen Xinyong, 2007: Influence of SST and SST anomaly on tropical atmospheric low-frequency oscillation. Atmosphere. Sci。 , 24, 3, 377—382.(SCI)
42. Shen Xinyong, Ni, Ding, Wang Jue, 2007: Wave Characteristics and Numerical Simulation of Mesoscale Oblique Instability, Acta Meteorologica, 65,6,825-836.
43. Xu Chonghai, Shen Xinyong, Xu Ying, 2007: Analysis of Climate Simulation Capability of IPCC AR4 Model in East Asia, Progress in Climate Change Research, 3,5,287-292.
44. Yuan Yuan, Shen Xinyong, Shen Tongli, 2008: Diagnostic Analysis of a Rainstorm Process in Yulin City, Northern Shaanxi, Shaanxi Meteorology, 1, 6- 10.
45. Peng Juxiang, Shen Tongli, Zhu, Shen Xinyong, Sun Guiping, 2008: Assimilation System and Assimilation Experiment of Mesoscale Model Genetic Algorithm, Journal of Nanjing Institute of Meteorology, 365,438+0,665,438+0-67.
46. Liu Jia, Shen Xinyong, Yang Yuhong, Lin Zhenmin, Shou Shaowen, 2008: Sensitivity Numerical Experiment of Strong Tropical Storm Billis, Science and Technology Information, 2,4-6.
47. Du Chunli, Shen Xinyong, Chen Weimin, Shi Shuaihong, Characteristics of Urban Climate and Solar Radiation in China in Recent 43 Years, Journal of Nanjing Institute of Meteorology, 3 1, 2,200-207.
48. Cecilia Han, Shen Tongli, Shen Xinyong, 2008: Application of Multigrid Method in MM5 Adaptive Model, Journal of Nanjing Institute of Meteorology, 3 1, 2,242-249.
49. Sun Ying, Shou Shaowen, Shen Xinyong, Liu Zejun, Xiong Wenbing, 2008: Formation Mechanism Analysis of a Severe Hail Process in Guangxi, Plateau Meteorology, 27, 3, 677-685.
50. Gao, Shen Xinyong, 2008: Effect of Vertical Movement of Soil Moisture on Soil Temperature in Loess Plateau, Journal of Nanjing Institute of Meteorology, 3 1, 3,363-368.
5 1. Wu, Zhou Weican, Shen Xinyong, 2008: Study on the nonlinear interaction solution of equatorial waves, Journal of Fuyang Teachers College, 25,2, 15- 18.
52. Wang Jue, Shen Xinyong, Shou Shaowen, 2008: 06.6 Numerical Simulation of Rainstorm in Fujian and Experiment of Complex Terrain Influence, Journal of Nanjing Institute of Meteorology, 3 1, 4,546-554.
53. Yin Yizhou, Shen Xinyong, Li, 2008: Diagnostic analysis of lightning distribution in thunderstorm weather, Meteorological Science, 28, 5, 52 1-527.
54. Wu, Zhou Weican, Shen Xinyong, 2008: Nonlinear Interaction between Kelvin Wave and Rossby Wave in Low Latitude Atmosphere, Journal of Nanjing Institute of Meteorology, 3 1, 5,662-670.
55. Huang Cuiyin, Shen Xinyong, Qi, 2008: Study on a snowstorm process in Shandong Peninsula caused by coastal front, climatic and environmental research,13,4,567-583.
56. Zhang, Deng, Shen Xinyong, Bao Ruijuan, 2009: Multi-time scale variation characteristics of spring rain in Fujian, Journal of Nanjing Institute of Meteorology, 32, 1,121-127.
57. Yang Yuhong, Lin Zhenmin, Shen Xinyong, Zheng Xianzhao, Shou Shaowen, 2009: Numerical Simulation and Diagnostic Study of Typhoon 0604, Meteorological Science, 29, 1, 7 1-76.
58. Tan Juan, Shen Xinyong, Li Qingquan, 2009: Research Progress of Mutual Feedback between Ocean Carbon Cycle and Global Climate Change, Meteorological Research and Application, 30, 1, 33-36.
59. Ji, Shen Xinyong, 2009: Numerical Simulation of Climate in China, Science and Technology Information, 4 18.
60. Ni, Shen Xinyong, Dynamic Characteristics and Wave Structure of Typhoon Yunna in 2009:2004. Atmosphere. Sci。 , 26, 3, 523-542.(SCI)
6 1. Shi hengbin, Shen xinyong, 2009: the relationship between precipitation and two wave train structures in Huaihe river basin in summer of 2003, scientific and technological information, 295-296.
62. Zhang, Shen Xinyong, Deng, Bao Ruijuan, 2009: Analysis of Spring Precipitation Factors in Fujian Based on BP-CCA Method, Meteorological Science, 29,4,513-518.
63. Feng Xian, Sun, Shen Xinyong, 2009: Temporal and Spatial Variation Characteristics of Simulated Typhoon Ewanier (2006), meteorology and disaster reduction research, 32,2, 1 1- 19.
Yin Yizhou, Shen Xinyong, Li Huanlian, 2009: Terrain sensitivity test of Meiyu front rainstorm in Huaihe River basin on July 7, Plateau Meteorology, 28, 5, 1085- 1094.
65. Ding Zhiying, Wang Yong, Shen Xinyong, Xu Haiming, 2009: Cause analysis of rain belt fracture and asymmetric precipitation before and after typhoon landing, Journal of Tropical Meteorology, 25,5,513-520.
66. Zhao, Nan, Shen Xinyong,,, Ding, 20 10: Northern Hemisphere annular modes identified by GCM operation results. Theoretical and applied climatology. 6 5438+00 1, 255-267.DOI 10. 1007/s 00704-009-02 10- 1。 (SCI)
67. Zhao, Nan, Shen Xinyong, 20 10: A combination of northern hemisphere ring model and PNA. Journal of tropical meteorology, 26, 1, 66-70. (SCIE)
68. Wu, Zheng Yingqing, Shen Xinyong, Chen, Lin Jinxi, 20 10: Cause analysis of a large-scale autumn rainstorm in Fujian, Meteorological Science, 30, 1,126-13/.
69. Zhao Nan, Gan Lu, Shen Xinyong, 20 10: Preliminary analysis and research on inertial gravity waves spontaneously radiated by vortex flow, journal of applied meteorological science, 2 1, 1, 83-88.
70. Li, Shen, 20 10: Sensitivity of cloud decomposition precipitation simulation to vertical structural uncertainty of initial conditions. Quart. J. Roy Meteor. Socialists,136,201-212. (sci)
7 1. Wang, Yang, Shen, Li, 20 10: The microphysical and radiation effects of ice cloud in the response of precipitation in the first flood season in South China to large-scale forcing. Atmosphere. Resolution 97, paras. 35-46. (SCI)
72. Shen, Xu, Wang, Zhang, Li, 20 10: The role of large-scale forcing, thermodynamics and cloud microphysics in tropical precipitation. Atmosphere. Resolution, 97,371-384. (SCI)
73. Chen Guomin, Shen Xinyong, Liu Jia, 20 10: Influence of vertical wind shear on tropical cyclone intensity and structure, meteorological research and application, 3 1, 1-4.
74. Li Chen, Shen Xinyong, Li Weiping, 20 10: Diagnostic Analysis of Soil Moisture in Northeast China, Anhui Agricultural Sciences, 38, 9, 4696-4700.
75. Li, Shen, Li, 20 10: Diagnostic analysis of soil moisture in Northeast China. Agricultural science and technology, 1 1, 2, 159- 163.
76. Feng Tao, Shen Xinyong, Liu Ying, Wang Donghai, 20 10: Application of refined numerical forecast in meteorological service for the 60th anniversary of National Day, Meteorology and Environmental Science, 33, 3, 1-5.
77. Yin Yizhou, Shen Xinyong, Li, 20 10: Statistical characteristics of ground flash zone around Lanzhou: characteristics of environmental wind field and stability, Atmospheric Science, 33, 2, 246-252.
78. Peng Jie, Shen Xinyong, Wang Zhili, Jing Xianwen, 20 10: Progress in Cloud Observation and Research in China, Anhui Agricultural Sciences, 38, 24, 13070- 13073.
79. Zhao, Li, Shen, 20 10: Can vortex forcing explain the spatial structure of annular modes in the northern hemisphere? Journal of Meteorology, 24, 5, 584-592. (SCIE)
80. Shen, Chen, Wang, Zhang, Li, 20 10: Precipitation and cloud statistics in tropical deep convection system. Journal of Geophysics. Res .， 1 15，D24205，doi: 10. 1029/20 10jd 0 1448 1。 (SCI)
8 1. Shen xinyong, Zhu wenda, Du Jia, pan, 2010: typhoon season forecast test from July to September, 2006, meteorological science, 30, 5, 676-683.
82. Ding Zhiying, Cyndi Luo, Shen Xinyong, 2010: Study on the mechanism of a β mesoscale shear line vortex precipitation on June 20-2, 2008, Atmospheric Science, 33, 6, 657-666.
83. Ding, Zhi Ying,,, Shen Xinyong, He Jinhai,, 20 10: Study on the Double Rain Belt of a Persistent Rainstorm in South China. Journal of Tropical Meteorology,16,4,380-389. (SCIE)
84. Chen Guomin, Shen Xinyong, Yang Yuhong, 2010: Influence of β effect and vertical shear on asymmetric structure and eye wall replacement of typhoon, Plateau Meteorology, 29, 6, 1474— 1484.
85. Li Xun, Li Zechun, Zhao, Shen Xinyong, Yuan Meiying, 20 10: Numerical study of the strong typhoon at the beginning of Zen (060 1): changes of core structure and intensity before and after turning, Acta Meteorologica, 68,5,598-61kloc.
86. Ding Zhiying, Shine Wong, Shen Xinyong, Xu Haiming, 20 10: The relationship between a heavy rain during the meiyu period and the β mesoscale high pressure in the center, Atmospheric Science, 33, 2, 142— 152.
87. Shen, Xu, Wang, Li, 20 1 1: Water cloud radiation effect of precipitation on large-scale forced response during rainstorm in early flood season in South China. Atmosphere. Resolution, 99, 120- 128. (SCI)
88. Shen, Xu, Wang, Li, 20 1 1: Effects of vertical wind shear and cloud radiation processes on large-scale forced response of precipitation in the first flood season in South China. Q.j.r. meterol Socialists,137,236-249.doi:10.1002/qj.735 (sci)
89. Shen, Zhang, Li, 20 1 1: The influence of large-scale forcing and ice cloud on the rainstorm in the first flood season of South China in June 2008: A zoning analysis based on the surface precipitation revenue and expenditure. Atmosphere. Resolution, 10 1, 155- 163. (SCI)
90. Li, Shen, Liu, 20 1 1: Zoning analysis of tropical precipitation based on cloud budget. Atmosphere. Resolution,102,444-451. (SCI)
9 1. Zhao, Shen, Ding, Gao Qiao, 20 1 1: A possible theory of interaction between convective activities and vertical airflow. Agriculture and forestry. Dealing with geophysics. , 18, 779-789.(SCI)
92. Ding Zhiying, Liu Caihong, Shen Xinyong, 2011:Statistical analysis of the relationship between heavy rain in warm areas of South China, high-low level jet and South Asia high in May-June 2005-2008, Journal of Tropical Meteorology, 27, 3, 307-3 16.
93. Ding, Zheng, Wang, Shen, Xu, 20 1 1: The asymmetric rain belt broke before and after Typhoon Haitang (2005) landed. J. Trop. Meteor. , 17, 3, 276-284.(SCIE)
94. Shen Xinyong, Gao, 20 1 1: Study on parameterization method of sea surface turbulent flux based on WRF model, Atmospheric Science, 35, 4, 767-776.
95. Wang Yong, Li Qingquan, Shen Xinyong, 20 1 1: Analysis of precipitation characteristics in Jianghuai area in recent 50 years from June to July, Meteorological Science, 3 1, 1, 73-78.
96. He Zhiqiang, Shen Xinyong, Wang Yingshun, Gao, 20 1 1: Simulation of surface turbulent flux in Xilinhot grassland by using simple biosphere model SiB2, climatic and environmental research,16,3,353-368.
97. Ganlu, Zhao Nan, Shen Xinyong, 20 1 1: A kind of high-order potential vortex inversion algorithm and its application, Acta Meteorologica, 69, 3, 4 12-422.
98. Ren Yi, Shen Xinyong, Zhang, 20 1 1: Diagnostic analysis of a severe convective weather process in western Henan, Meteorology and Environmental Science, 34, 1, 67-72.
99. Chen Chao, Shen Xinyong, Xu Ying, 2011000: Analysis of the influence of different forcing factors on the precipitation and its circulation field characteristics in eastern China from May to September, Quaternary research, 3 1, 5,873-882.
100. Wang Pei, Shen Xinyong, Gao Shou Pavilion, 20 12: Numerical Simulation and Precipitation Analysis of a Cold Vortex Process in Northeast China, Atmospheric Science, 36, 1, 130- 144.
10 1. Shen, Xu, Liu, Li, 20 12: Using precipitation and cloud statistics to evaluate the precipitation separation scheme of convective-stratiform clouds. J. Trop. Meteor. , 18, 1, 98- 107.(SCIE)
102. Shen, Xu, Liu, Li, 20 12: Response of rainstorm in the first flood season in South China to ice microphysical processes. Atmosphere. Sci。 ，29，3，493-500，doi: 10. 1007/s 00376-0 1 1- 1 122-4。 (SCI)
103. Li, Shen, 20 12: Temporal and spatial scale dependence of precipitation analysis in tropical deep convection area. Atmosphere. Sci。 ，29(6)， 1390- 1394，doi: 10. 1007/s 00376-0 12- 1269-7。 (SCI)
104. Zhao Xiaoping, Shen xinyong, Wang Yongqing, Zhu wenda, Zhang Guangxin, 20 12: modulation of quasi-biweekly oscillation of equatorial airflow over typhoon track in the northwest Pacific. Journal of Atmospheric Science, 35(5), 603-6 19.
105., Shen Xinyong, Wang Yong, Ji, Zhou Weican, 20 12: Numerical simulation of anthropogenic aerosol direct radiative forcing and its climatic effects in East Asia. Meteorological Science, 32(5), 5 15-525.
106. Zhu wenda, Zhang Xinyue, Shen xinyong, Zhao Xiaoping, 20 12: feasibility study of ISO characteristics of cross-equatorial airflow in typhoon season forecast. Meteorology in Guizhou, 36( 1), 6- 12.
107. Wang Yong, Ding Zhiying, Shen Xinyong, Li Xun, 20 12. Mesoscale dynamic characteristics of a Meiyu front rainstorm in Huaihe River Basin. Journal of Natural Disasters, 2 1 (3), 126- 135.
108. Wang Yong, Ding Zhiying, Li Xun, Shen Xinyong, 20 12: Dynamic diagnostic analysis of Typhoon Morakot before and after landing. Plateau meteorology, 3 1 (5), 1356- 1368.
109. Wang Yong, Ding Zhiying, Li Xun, Shen Xinyong, Fan Yong, 20 12: Strength and structure analysis of Typhoon Morakot (2009) before and after landing. Journal of Tropical Meteorology, 28(5), 726-734.
1 10. Shenyang, Zhang Dalin, Shen Xinyong, 20 12: Influence of vertical wind shear on the structure and intensity of Hurricane Bonnie (1998). Journal of Meteorology, 70(5), 949-960.
1 1 1. Shen Xinyong, Liu Jia, Qin Nannan, Zhu Lin, 20 12: Wave Structure and Stability of Typhoon Mai Sha. Journal of Atmospheric Science, 35(3), 257-27 1.
1 12. Lin Jinchang, Shen Xinyong, Wu, 20 12: Diagnostic analysis and numerical simulation of the abnormal path of Typhoon Muji. Meteorological research and application, 33( 1), 1-9.
1 13. Guo Xuefeng, Shen Xinyong, Zhao Xiaoping, Tao Qing, 2012: Diagnostic Analysis of Vorticity Equation of a Heavy Rain in Henan Province in 2009. Meteorology and Environmental Science: 35(4), 13-2 1.
1 14. Shen Xinyong, Bi Mingyu, Zhang Ling, Liu Jia, 20 12: Study on the influence of mesoscale convective system on the moving path of Typhoon Fengshen. Journal of Meteorology, 70(6), 1 173-65438+.
1 15. Shen xinyong, Chen mingcheng, Wang Yong, Ji, 20 13: direct climatic effects of artificial aerosols on the south Asian summer monsoon. Plateau Meteorology, 32(5), 1280- 1292.
1 16. Wang Yong, Ji, Shen Xinyong, Chen Mingcheng, 20 13. Cause analysis of direct climate impact of artificial aerosol on East Asian summer monsoon. Journal of Tropical Meteorology, 29(3), 44 1-448.
1 17. Liu Jia, Shen Xinyong, Zhang Dalin, Xu Yinglong, Bi Mingyu, 20 13: Study on the influence of the intensity of typhoon "Mai Sha" on the development process of typhoon squall line. Atmospheric Science, 37 (5), 1025-655.
1 18. Shen, Lin, Huang, Li, 20 13: the influence of vertical wind shear on the budget of heavy precipitation before summer: a cloud analytical model study. Atmosphere. Marine science. Ritter. , 6( 1), 44-5 1.
1 19. Shen Xinyong, Liu Jia, Qin Nannan, Feng Fu, 20 13: Influence of viscous friction on barotropic characteristic fluctuation after Typhoon Mai Sha landed. Atmospheric science, 37 (6), 12 19- 18.
120. Peng Jie, Zhang Hua, Shen xinyong, 20 13: vertical structure observation of cloud satellites in east Asia. Atmospheric science, 37( 1), 9 1- 100.
12 1. Shen, Chen, Ding Qing, Li, 20 13: The influence of cloud, sea surface temperature and its daily variation on precipitation efficiency. Chin. Physics B, 22(9), 0942 13.
122. Zhang Nan, Shen Xinyong, Yang Yuhong, Wang Tao, 2013: Cloud resolution simulation analysis of a rainstorm in South China in June 2008. Journal of atmospheric science, 36 volumes, 4 issues, 447-457 pages.
123., Shen Xinyong, Xu Bi, Ran, Cui, 2013:11numerical simulation and diagnostic analysis of the landing process of Typhoon Fanyabi. Climatic and environmental research, 18.
124. Zhang, Gao, Shen Xinyong, 20 13: Study on sea surface resistance coefficient and roughness length under strong wind. Journal of Oceanography, 35( 1), 76-84.
125. Li, Shen, 20 13: microphysical budget of rain in tropical deep convection system: a two-dimensional cloud resolution model. J. meteor Socialist Japan, 9 1(6), 80 1-8 15.
126. Shen Xinyong, Huang Wei, Chen Mingcheng, 20 13: Distribution of dust and artificial aerosol in Asia and its climatic effects. Journal of PLA University of Science and Technology (Natural Science Edition), 14(6), 687-697.
127. Huang Wei, Shen Xinyong, Huang, Zhou Shunwu. Study on the influence of Asian artificial aerosol on East Asian winter monsoon. Meteorological Science, Vol.33, No.5, pages 500-509.
128. Zhu Gang, Shen Xinyong, Gao Shou Pavilion, 20 13: Numerical simulation analysis of a precipitation process in an upper trough. Shaanxi Meteorology, 20 13( 1), 1-4.
129. Shen Xinyong, Mei,,, 20 13: Research scheme of convective stratiform cloud precipitation numerical simulation using brightness temperature inversion. Journal of Tropical Meteorology, 29(6), 88 1-888.
130. Shen, Huang, Ding Qing, Huang, Li, 20 14: An improved scheme of parameterized ice crystal deposition growth: a simulation study of a rainstorm case in South China in the first summer. Atmosphere. Resolution,138,293-300.
13 1. Han, Shen Xinyong, 20 14: Temporal and spatial stability analysis of winter temperature response in China in recent 50 years. Climatic and environmental research, 19( 1), 97- 106.