microphysics

Laboratory studies of microphysics processes of ice ( snow ) crystal

冰（雪）晶生长微物理过程的风洞实验研究

Clear air aerosol microphysics features in the lower troposphere in Beijing

北京等地对流层低层晴天气溶胶微物理特征

A Numerical Simulation of Cloud Microphysics Parameters for Sustaining Snowfall in Shandong Province

山东一次连续性降雪过程云微物理参数数值模拟研究

One-dimension numerical model of radiation fog with detailed microphysics

包含详细微物理过程的一维辐射雾模式

Numerical study on cloud microphysics of stratocumulus - topped marine boundary

层积云覆盖的海洋边界层云详细微物理过程的数值模拟

The interaction between turbulent and cloud microphysics is considered .

所建模式具有如下特点：（1）实现了云物理模式与湍流模式的相互耦合；

A numerical simulation on dynamics and microphysics of convective precipitation over meso-scale mountain

中尺度山脉对流群的动力和微物理数值模拟

Analysing the modeling results , some details of the cloud structures and the microphysics processes are discussed .

模拟结果还提供了有关云结构及演变过程的一些详细图象。

Observation Research on Cloud Microphysics and Precipitation Affection of Stratiform Cloud Seeding by Liquid Carbon Dioxide

液态CO2人工引晶后云微物理和降水变化的观测分析

Three-Dimensional Numerical Simulation of Ice Phase Microphysics in Cumulus Clouds . Part II : Effects of Multiplication Processes

对流云中冰相过程的三维数值模拟&Ⅱ：繁生过程作用积云的清除作用与其酸化的数值模拟

Aerosols also affect cloud microphysics because they act as nuclei around which water droplets or ice forms .

同时，因为它们是小液滴和冰晶形成需要的凝结核，因此尘埃微粒还能在云微物理学层面给云层带来改变。

Aircraft Observation on Cloud Microphysics and Aerosol in the Beijing and Surrounding Regions in Autumn , 2003

2003年秋季北京及周边地区气溶胶谱分析和云系微物理飞机探测研究

The microphysics characteristic of precipitable stratiform clouds in spring and autumn , Hebei Province .

河北省春秋季层状降水云系的微物理特征。

When there is no severe convection weather system , none of the microphysics parameterization processes has obvious effect on the simulation results .

在没有强对流天气系统的情况下各种微物理参数化方案对模拟结果均不产生明显影响；

Microphysics Features of Stratiform Clouds Precipitation in Harbin

哈尔滨地区层状云降水微物理特征

There were no snow in the simulated results , and it was due possibly to the particular cloud microphysics field of South China .

云微物理场的模拟显示没有雪出现，这可能是华南降水云微物理的特点；

Numerical Simulation and Analysis on the Cloud Microphysics Fields of " 98.5 " Heavy Rainfall of South China in Pre-Summer Flood Season

98.5华南前汛期暴雨云微物理场数值模拟分析

The atmospheric aerosol influences the climate by scattering and absorbing solar radiation , as well as cloud forming and its microphysics property .

大气气溶胶通过散射和吸收太阳辐射影响气候，并影响云的形成及性质，同时还与人类健康、经济生活息息相关。

And the active microphysics process near the ground and stronger radiative cooling on the top of the fog result in the burst development of fog .

近地面层微物理过程充分发展和雾顶的强烈辐射降温致使雾在垂直空间上出现爆发性发展；

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 .

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。

Finally , the effects on simulation of different microphysics options , radiation options , cumulus options and the lower resolution grids were discussed by using four sensitivity experiments .

最后，通过四个敏感性试验，探讨了不同物理方案、辐射方案、积云方案以及较低分辨率的网格对模拟结果的影响。

Aerosols directly influence the climate by scattering solar radiations back to space and absorbing solar radiations , also indirectly influence the cloud forming and microphysics .

气溶胶不但通过散射和吸收太阳辐射影响气候（直接强迫），而且还会影响到云的形成及性质（间接强迫）。

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 .

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。

The increase of model resolution , for some cloud microphysics scheme , conducive to forecast heavy rainfall intensity but has very little impacts on the scope and distribution of heavy rainfall .

对部分云微物理方案而言，提高模式分辨率有利于暴雨强度的预报，但对暴雨范围和走向的模拟影响很小。

Ice phase cloud microphysics processes have significant effects on mesoscale processes and their thermal and dynamical structure , especially for precipitate production and maintenance of heavy rainfall during its early developing stage .

冰相过程对降水、中尺度热力和动力场有明显影响，特别是冰相过程有利于降水的早期的形成速率。

His systems of microphysics of power not only corrected and supplemented Marxist perspectives on political economy and history ( class struggle ) but also challenged the integral revolutionary theory and dualism .

他的微观权力理论则是对马克思的阶级、经济权力理论的补充和修正，也是对整体革命理论、二元对立思维的质疑。

The developments of aircraft icing forecasting and of research on cloud microphysics parameters is reviewed . The application of the cloud microphysical parameters to aircraft icing forecasting is analyzed and discussed .

对飞机积冰预报的现状进行了分析，介绍了积冰预报中云微物理参数的应用概况，并就积冰预报中云微物理参数的应用前景进行了分析和讨论。

The temporal and spatial evolution of simulated velocity and cloud microphysics fields show that the coupling of vertical velocity and vapor distribution is a criteria for vapor condensation and freezing that results in snow .

模拟的运动场和云微物理量场的时空演变表明，垂直运动场与水汽场的耦合是水汽凝结和冻结成雪的运动学条件；

The results show that the combinations of Goddard microphysics parameterization , Grell cumulus parameterization and cloud / RRTM radiation parameterization in the third nested grids are superior to the others , especially the forecast of downfall and rainstorm .

结果表明：第三重嵌套网格中的Grell积云参数化、God-dard显式水汽和Cloud（或RRTM）辐射过程组合的试验方案对降水预报效果较好，特别是对大雨和暴雨预报有明显的改善；