cloud physics

International Commission on Cloud Physics

国际云物理学委员会

This work is applied valuable to cloud physics study and hail modification .

这一工作在降水物理研究、人工防雹作业指挥及灾情估计等方面均有实用价值。

A synoptic and cloud physics analysis of a Cold Front Rainstorm

一次锋面暴雨的天气学和云物理特征分析

Based on the Hu Zhijin and Liu Qijun ′ s cloud physics scheme , a explicit cloud scheme in GRAPES model is developed .

在胡志晋、刘奇俊云物理方案的基础上，研制了GRAPES模式的云降水显式方案。

When the grid size falls into the range of 20 ~ 50 km , it is strongly recommended to use simultaneously a cumulus parameterization and an explicit cloud physics scheme & the so-called hybrid approach .

当网格距在20～50km之间，本文特别强调积云参数化和显式云物理方案的同时使用。

At the same time the cloud physics data was detected by the airborne Particle Measuring systems ( PMS ) in order to study the structure of the cloud system and the formation mechanism of precipitation , improve the scientificalness , and pertinence and availability of artificial precipitation .

在作业的同时利用机载粒子测量系统PMS进行云物理探测，研究云系结构和降水形成机制，从而提高人工增雨的科学性、针对性和有效性。

Three-dimensional high-density space / time soundings serve as the main body of data consisting of 3-hr interval Doppler probings , 10-30 min rainfall intensity , surface raindrop sizes sampling and GPS-guided flight cloud physics detections with output taken at 2-sec and 200-m intervals .

以加密观测的多普勒雷达、3小时探空、10～30分钟雨强、地面雨滴谱等间隔取样及在GPS引导下的飞机云物理探测等获取的三维高时空密度的综合探测为主体；

The past three decades , Cloud and precipitation physics scientific instruments rely mainly on imports in our country .

近二三十年来，我国云降水物理科学仪器主要依靠进口。

Studies on the Microphysical Characteristics of a Stratiform Cloud and Its Response to Aircraft Cloud Seeding The physics of such soluble particles is of especial relevance to fog and cloud formation .

一次层状云飞机播云试验的云微物理特征及响应分析这种可溶粒子的物理学与云和雾的形成关系特别大。

To measure cloud liquid water path ( LWP ) which is an important parameter in the cloud physics and meteorology , various techniques have been developed .

云液态水柱含量是一个重要的气象学和云雾物理参数。

Cloud liquid water path ( i.e.vertically-integrated cloud liquid water ) is an important parameter in meteorology and cloud and mist physics .

云水总量（也可称为液水路径）是一个重要的气象学和云雾物理参数。