[1] P C Zhang. Radar Meteorology, 305-348(2001).

[2] G C Li, W H Guo, L R Wang et al. Application of gust front to damage wind forecasting. Meteorological Monthly, 32, 36-41(2006).

[3] B Z Xi, X D Yu, L Sun et al. Generating mechanism and type of gust front and its subjective identification methods. Meteorological Monthly, 41, 133-142(2015).

[4] X J Wang, R Y Deng, S C Chen. Radar characteristics analysis of local strong convective weather triggered by a gust front in Sichuan Basin. Plateau and Mountain Meteorology Research, 38, 62-66(2018).

[5] T Zhang, B Li, H P Yang et al. Analysis of the gust front caused by three thunderstorms. Meteorological Monthly, 39, 1275-1283(2013).

[6] R Craig Goff. Vertical structure of thunderstorm outflows. Monthly Weather Review, 104, 1429-1440(1976).

[7] R M Wakimoto. The life cycle of thunderstorm gust fronts as viewed with Doppler radar and rawinsonde data. Monthly Weather Review, 110, 1060-1082(1982).

[9] X Y Cui, R Qin, M X Chen et al. Role of the interaction between a gust front and a mesoscale air mass boundary in convection initiation: A case study. Atmospheric and Oceanic Science Letters, 12, 337-342(2019).

[10] J X Liu, L Yun, S Y Shao et al. Observation of turbulence using Doppler wind radar in Shenzhen. Journal of Atmospheric and Environmental Optics, 16, 383-391(2021).

[11] L Wu. Analysis of Detection Performance of Wind Corridor Radar and Application of Spectral Moment Parameters(2011).

[12] F Xu, W M Xia, Z Q Hu et al. Application of Doppler weather radar wind products in helicity computation. Journal of the Meteorological Sciences, 27, 495-501(2007).

[13] B Yang, D Wei. Redevelopment and utilization of wind profile observation data. Meteorological Science and Technology, 38, 413-417(2010).

[14] Y R Shi, S W Shou, L R Wang et al. Relationship between storm relative helicity and types of strong convective weather. Journal of Meteorology and Environment, 27, 65-71(2011).

[15] H J Lu, S T Gao. On the helicity and the helicity equation. Acta Meteorologica Sinica, 61, 684-691(2003).

[16] J M Davies, R H Johns. Some Wind and Instability Parameters Associated with Strong and Violent Tornadoes. Part I: Wind Shear and Helicity, 573-582(1993).

[17] Y X He, H Xiao, B Y Du et al. Numerical experiments on retrieving the three-dimensional wind field of a strong convective storm from dual-doppler radar. Journal of Nanjing Institute of Meteorology, 28, 461-467(2005).

[18] Y D Li, J W Liu, S T Gao. Progress in researches on application of helicity to convective weather prediction. Meteorological Science and Technology, 33, 7-11(2005).