代表论著
1. deng, d.*, and e. a. ritchie. (2020). the rainfall mechanism analysis of tropical cyclone oswald (2013) (monthly weather review, accepted under minor revision)
2. deng, d.*, & ritchie, e. a. (2019). an unusual extreme rainfall event in canberra australia on february 2018. journal of geophysical research: atmosphere, 124(8), 4429-4445.
3. deng, d.*, & ritchie, e. a. (2018). rainfall characteristics of recurving tropical cyclones over the western north pacific. journal of climate, 31(2), 575-592. (adopted in the 2018 progress report the ninth international workshop on tropical cyclone (iwtc-9), world meteorological organization)
4. deng, d.*, & ritchie, e. a. (2018). a metric for rainfall asymmetry in recurving tropical cyclones. geophysical research letters, 45(13), 6741-6749. (adopted in the 2018 progress report the ninth international workshop on tropical cyclone (iwtc-9), world meteorological organization)
5. deng, d.*, davidson, n. e., hu, l., tory, k. j., hankinson, m. c., & gao, s. (2017). potential vorticity perspective of vortex structure changes of tropical cyclone bilis (2006) during a heavy rain event following landfall. monthly weather review, 145(5), 1875-1895. (adopted in the 2017 progress report of the fourth international workshop on tropical cyclones landfall processes (iwtclp-4) of world meteorological organization).
6. deng, d.*, gao, s., hu, l., du, x., wang, j., & wang, c. (2015). the impact of guizhou topography on the distribution of freezing rain in early january 2011. quarterly journal of the royal meteorological society, 141(693), 3252-3267.
7. deng, d.*, gao, s., du, x., & wu, w. (2012). a diagnostic study of freezing rain over guizhou, china, in january 2011. quarterly journal of the royal meteorological society, 138(666), 1233-1244.
8. deng, d.*, zhou, y., & wang, d. (2012). the application of wind and water-vapor flux partitioning technique to the structure of a northeast vortex in 2006. chinese journal of geophysics, 2012, 55(6), 1852-1866.
9. deng, d.*, & zhou, y. (2011), analysis and application of irrotational wind component in the drastically increasing and decreasing processes of ‘saomai’ typhoon. plateau meteorology (in chinese). 2011, 30(2), 406-415.
10. hu, l.*, sun, z., deng, d., & roff, g. (2019). evaluation of summer monsoon clouds over the tibetan plateau simulated in the access model using satellite products. advances in atmospheric sciences, 36(3), 326-338.
11. jin, s., hu, l. *, deng, d., liu x., & song, z. (2018). the evaluation, data fusion and application of fy2e sst in tropical cyclones over northwest pacific ocean. journal of tropical meteorology. 24(3): 280-287.
12. hu, l., deng, d.*, xu, x., & zhao, p. (2017). the regional differences of tibetan convective systems in boreal summer. journal of geophysical research: atmospheres, 122(14), 7289-7299.
13. zheng, f.*, li, j., li, y., zhao, s., & deng, d. (2016). influence of the summer nao on the spring-nao-based predictability of the east asian summer monsoon. journal of applied meteorology and climatology, 55(7), 1459-1476.
14. hu, l., deng, d.*, gao, s., & xu, x. (2016). the seasonal variation of tibetan convective systems: satellite observation. journal of geophysical research: atmospheres, 121(10), 5512-5525.
15. hu, l.*, deng, d., gao, s., & li, y. (2015). the seasonal and interannual variation of diurnal precipitation over the tibetan plateau and its downstream regions observed by the tropical rainfall measuring mission. atmospheric and oceanic science letters, 8(6), 365-370.
16. wang, c.*, gao, s., liang, l., deng, d., & gong, h. (2014). multi-scale characteristics of moisture transport during a rainstorm process in north china. atmospheric research, 145, 189-204.
17. boyd, j. p.*, deng, d., chen, q. s., & gao, s. (2013). applications of bivariate fourier series for solving the poisson equation in limited-area modeling of the atmosphere: higher accuracy with a boundary buffer strip discarded and an improved order-raising procedure. monthly weather review, 141(11), 4154-4164.
18. gao, s.*, zhou, y., deng, d. (2013): the relocation term in acceleration potential and its application in analyzing the tibetan plateau vortex and typhoon. chinese journal of geophysics, 56(2): 374-382.
19. zhou, y.*, deng, d., & chen, q. (2012). analysis method of equivalent isobaric geopotential on σ coordinate and its application to a vortex in the tibetan plateau. chinese journal of atmospheric sciences, 36(1), 47-62.
20. hu, l.*, li, y., & deng, d. (2012). an investigation into the relationship between surface rain rate and rain depth over southeast asia. advances in atmospheric sciences, 36(3), 326-338.
21. gao, s.*, deng, d & zhou, y. 2011:the effect of the divergence of relocation term in acceleration and its application to the dynamic identification of vortex system. chinese journal of geophysics, 54(2), 150-161.
