分析了改进模式的催化功能及人工冰晶的微物理过程及其在催化防雹中的作用。
After analyzing the seeding function of the improved model and the microphysics processes of seeding ice crystal, as well as its effect in hail suppression.
数值模拟结果表明，该边界层模式能较合理地模拟海区层积云覆盖的边界层微湍流结构和云微物理过程。
The result shows that the new model can simulate the turbulent structure and the cloud microphysical processes of the marine stratocumulus-topped planetary boundary layer.
建立了一个适用于复杂地形的冰雹云模式。模式是二维、弹性、非静力、采用地形跟随坐标、包含双变参数冰相微物理过程参数化。
A hail cloud model that is two dimensional elastic non hydrostatic, USES a terrain following coordinate system and includes double parameters for ice phase microphysics, has been developed.
利用三维积层混合云人工增雨数值模式对人工增雨引晶催化后的各种微物理量变化及催化效应进行了模拟。
By means of three dimension cumulus mix cloud man-made numerical model, make a simulation to all kinds of micro physical amount change after man-made rainfall seeding and effect of seeding.
层状云由于在水平上较为均匀， 可以用一维模式来模拟其云微物理过程。
The stratiform cloud can be simulated with a one-dimensional model, duo to its uniform horizontal distribution of physical characters.
模式考虑了黄沙的分谱机理及可能的微物理过程。
It considers the parameterization of dry and wet deposition, the spectrum of yellow-sand and the micro-physical process in detail.
模式考虑了黄沙的分谱机理及可能的微物理过程。
It considers the parameterization of dry and wet deposition, the spectrum of yellow-sand and the micro-physical process in detail.
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