今天，有幸观看了了唐云增老师的《班主任都要学会建设班集体》讲座视频后，我豁然开朗。
Today, lucky watched Tang's cloud increase a teacher of 《the form master all want to master construction a class collective 》academic chair video frequency after, I become clear suddenly.
这些飞机观测数据资料有助于加深人们对云物理结构的了解，从而提高人工增雨作业效率。
The aircraft measurements can be used to improve the understanding of cloud microphysical structure, so to increase the effectiveness of rain enhancement.
降水过程的云微物理结构的观测和催化效应的分析在人工增雨中占有重要的地位。
The observation of cloud microphysical structure and the analysis of seeding physical effect play an important role in artificial precipitation-enhancement.
对用液氮消过冷雾和冷云催化增雨作业的宏、微观条件进行比较，找出其异同点。
Macro and micro physics conditions of supercooled fog dissipation operation using liquid Nitrogen with that of the cold cloud seeding are compared.
本文分析了世界气象组织于1981年在西班牙进行的增雨计划试验中法国飞机取得的云微物理资料。
The measurements taken by aircraft Piper-Aztec of France during the experiment of the Precipitation Enhancement Project organized by the WMO in Spain in 1981 have been analysed.
为南方夏秋期间对流云降水潜力研究和科学实施人工增雨作业提供一定依据。
Some scientific bases are provided for studying the potentials of convective cloud precipitation and for cloud seeding operation during the summer autumn period.
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.
结果表明，冰雹云形成演变常有发生、跃增、酝酿、降雹和消亡五个阶段。
It is shown that in the process of hail-cloud formation there are usually five stages: emerging, leap increase, brew, hail fall and decay.
根据作业云回波面积和强度的变化，可定性判断人工增雨是否有效。
According to the echo area and intensity change of target cloud, the qualitative judgment that the artificial rainfall is effective or not can be gotten.
结果发现：1）高原上云的短波增热率和长波冷却率要比平原上的大，低云的增热和冷却较平原尤甚。
The results are: 1) Ths short wave heating rate and long wave cooling rate of cloud over plateau are larger than that over plain, especially for the low clouds;
云体并合是雹云出现跃增的重要成因之一；
The cooperation of clouds is one of the important causes to drive leap increase of hail-clouds;
该文把三维对流云模式应用于湖北省西北部地区的对流云降水研究和人工增雨试验设计，并和张家口冰雹云个例的模拟进行了比较。
In order to design the rain enhancement experiment in Shiyan of China a series of numerical simulation was conducted by using a 3D convective cloud model.
该文把三维对流云模式应用于湖北省西北部地区的对流云降水研究和人工增雨试验设计，并和张家口冰雹云个例的模拟进行了比较。
In order to design the rain enhancement experiment in Shiyan of China a series of numerical simulation was conducted by using a 3D convective cloud model.
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