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Microphysical processing of aerosol particles in orographic clouds

机译:地形云中气溶胶颗粒的微物理处理

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摘要

An explicit and detailed treatment of cloud-borne particles allowing for the consideration of aerosol cycling in clouds has been implemented into COSMO-Model, the regional weather forecast and climate model of the Consortium for Small-scale Modeling (COSMO). The effects of aerosol scavenging, cloud microphysical processing and regeneration upon cloud evaporation on the aerosol population and on subsequent cloud formation are investigated. For this, two-dimensional idealized simulations of moist flow over two bell-shaped mountains were carried out varying the treatment of aerosol scavenging and regeneration processes for a warm-phase and a mixed-phase orographic cloud.
机译:COSMO模型,小规模模型联盟(COSMO)的区域天气预报和气候模型已实施了对云团颗粒的明确而详细的处理,考虑了云中的气溶胶循环。研究了气溶胶清除,云微物理过程和再生对云蒸发对气溶胶种群和随后的云形成的影响。为此,对两个钟形山上的湿润气流进行了二维理想化模拟,改变了暖相和混合相地形云对气溶胶清除和再生过程的处理方式。

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