Matches in SemOpenAlex for { <https://semopenalex.org/work/W2994682853> ?p ?o ?g. }
- W2994682853 endingPage "14284" @default.
- W2994682853 startingPage "14262" @default.
- W2994682853 abstract "Abstract Aerosols play important roles in the evolution of deep convective systems like hailstorms. In this study, the heterogeneous ice nucleation schemes have been improved in the Weather Research and Forecasting model coupled with a spectral bin microphysics (WRF‐SBM), which considered aerosols acting as ice nuclei (IN). A hail storm occurred around Tianshan mountains, northwestern China, was simulated with updated WRF‐SBM, and the results have been compared with satellite observations. Further, four sensitive simulation tests were conducted with different cloud condensation nuclei (CCN) and IN concentrations to investigate their respective roles during the evolution of the hailstorm. The increase in CCN concentration resulted in larger cloud droplet concentration and cloud water content, as well as enhanced condensational growth, which released more latent heat and led to stronger updraft at lower levels. The increase in IN number almost did not affect warm processes but led to larger ice crystal concentration and enhanced Bergeron process. Larger CCN concentration led to larger supercooled liquid water content, which in turn contributed to the enhanced hail growth by more efficient drop‐ice collisions and led to larger size of hail particles, while larger IN number reduced the size of graupel and suppressed the growth of hailstones. An analysis of the mobility of hail indicated increased frequency of larger hail with stronger sedimentation induced by more CCN. A further three ensemble runs with random perturbations on initial temperature and humidity were performed for each aerosol scenario, and the results suggested the robustness of simulated CCN and IN effects." @default.
- W2994682853 created "2019-12-26" @default.
- W2994682853 creator A5000469106 @default.
- W2994682853 creator A5006651636 @default.
- W2994682853 creator A5016927551 @default.
- W2994682853 creator A5048397321 @default.
- W2994682853 creator A5059794968 @default.
- W2994682853 creator A5068290128 @default.
- W2994682853 creator A5070134243 @default.
- W2994682853 creator A5090318355 @default.
- W2994682853 date "2019-12-27" @default.
- W2994682853 modified "2023-10-15" @default.
- W2994682853 title "The Roles of Mineral Dust as Cloud Condensation Nuclei and Ice Nuclei During the Evolution of a Hail Storm" @default.
- W2994682853 cites W1527517459 @default.
- W2994682853 cites W1594199380 @default.
- W2994682853 cites W1627149405 @default.
- W2994682853 cites W1825750036 @default.
- W2994682853 cites W1850150116 @default.
- W2994682853 cites W1970213009 @default.
- W2994682853 cites W1978664996 @default.
- W2994682853 cites W1979388297 @default.
- W2994682853 cites W1982468046 @default.
- W2994682853 cites W1982739143 @default.
- W2994682853 cites W1986808991 @default.
- W2994682853 cites W1988233629 @default.
- W2994682853 cites W1989377335 @default.
- W2994682853 cites W1995207076 @default.
- W2994682853 cites W1995960218 @default.
- W2994682853 cites W1997344618 @default.
- W2994682853 cites W1999708107 @default.
- W2994682853 cites W1999919409 @default.
- W2994682853 cites W2000485075 @default.
- W2994682853 cites W2000738096 @default.
- W2994682853 cites W2009309160 @default.
- W2994682853 cites W2010486855 @default.
- W2994682853 cites W2019733988 @default.
- W2994682853 cites W2022426677 @default.
- W2994682853 cites W2026136070 @default.
- W2994682853 cites W2027210298 @default.
- W2994682853 cites W2028979275 @default.
- W2994682853 cites W2029103771 @default.
- W2994682853 cites W2031675844 @default.
- W2994682853 cites W2038197566 @default.
- W2994682853 cites W2039322025 @default.
- W2994682853 cites W2040481071 @default.
- W2994682853 cites W2048003528 @default.
- W2994682853 cites W2055258244 @default.
- W2994682853 cites W2059622924 @default.
- W2994682853 cites W2063648062 @default.
- W2994682853 cites W2064465292 @default.
- W2994682853 cites W2070814222 @default.
- W2994682853 cites W2085477322 @default.
- W2994682853 cites W2085485256 @default.
- W2994682853 cites W2089876101 @default.
- W2994682853 cites W2090817074 @default.
- W2994682853 cites W2098928784 @default.
- W2994682853 cites W2100365896 @default.
- W2994682853 cites W2103212275 @default.
- W2994682853 cites W2105781483 @default.
- W2994682853 cites W2107611026 @default.
- W2994682853 cites W2108236863 @default.
- W2994682853 cites W2110062597 @default.
- W2994682853 cites W2110179017 @default.
- W2994682853 cites W2112360250 @default.
- W2994682853 cites W2119007429 @default.
- W2994682853 cites W2126302371 @default.
- W2994682853 cites W2128958714 @default.
- W2994682853 cites W2132989873 @default.
- W2994682853 cites W2137376410 @default.
- W2994682853 cites W2139774107 @default.
- W2994682853 cites W2143290917 @default.
- W2994682853 cites W2146518584 @default.
- W2994682853 cites W2147316325 @default.
- W2994682853 cites W2147362616 @default.
- W2994682853 cites W2162070159 @default.
- W2994682853 cites W2162298430 @default.
- W2994682853 cites W2162509780 @default.
- W2994682853 cites W2163498389 @default.
- W2994682853 cites W2163667214 @default.
- W2994682853 cites W2164626340 @default.
- W2994682853 cites W2313040768 @default.
- W2994682853 cites W2334546929 @default.
- W2994682853 cites W2340680205 @default.
- W2994682853 cites W2460319032 @default.
- W2994682853 cites W2464205081 @default.
- W2994682853 cites W2471245510 @default.
- W2994682853 cites W2471552686 @default.
- W2994682853 cites W2516137856 @default.
- W2994682853 cites W2519497602 @default.
- W2994682853 cites W2560723910 @default.
- W2994682853 cites W2584764981 @default.
- W2994682853 cites W2612386074 @default.
- W2994682853 cites W2621466703 @default.
- W2994682853 cites W2659606382 @default.
- W2994682853 cites W2743367046 @default.
- W2994682853 cites W2743825270 @default.
- W2994682853 cites W2753681569 @default.
- W2994682853 cites W2762787054 @default.