查询词典 cloud-capped

If graceful white cloud knows my heart, it can tell you I love you and would be together with you forever.

如果优美的白云知道我的心，它可以告诉你我爱你，将与你一起下去。

The most successful method of producing rain by cloud-seeding was developed by Graeme Mather after 30 years of research.

最成功的生产方法，雨云层播种是由格雷米Mather公司经过30年的研究。

Believe everybody to also all still remember the 琼瑶《 a 帘幽 dream 》 the purple bell pick the grapy and romantic scene with fee cloud 帆 in the grapery of France.

相信大家也都还记得琼瑶《一帘幽梦》里紫铃和费云帆在法国葡萄园里采摘葡萄的浪漫情景。

The model microphysics has 2 liquid hydrometer categories and 5 ice categories that are cloud ice, snow, graupel...

结果表明(1)自然云的模拟与观测事实一致，如最大上升气流速度、云顶高度、流场结构以及雹胚组成等。

The melting of graupel and graupel collect cloud water in the warm region weaken so that there is less rain water to appear.

云体发展成熟期播撒好于初生和发展期播撒，多次播撒好于单次播撒，试验中量剂加大减雨效果越明显。

In the second layer,namely supercooled water layer,there are composed by ice crystal,snow,graupel,cloud droplet and raindrop.

云的第一层对第二层有播种作用，冰晶层对降水的贡献为7%，过冷水层对降水的贡献为54%，暖水层对降水的贡献为39%，降水的产生中冷云过程作用稍大，但暖云过程也起重要作用。

The model results show that the hail embryos are mainly graupel particles.Solid phase precipitation accounts for 46% of ground precipitation amount and graupel-fall is 65% of solid phase precipitation.Graupel particles grow by accretion with rainwater and cloud water.Accumulation zone of supercooled water...

结果表明：玛曲冰雹云中冰雹胚胎以霰胚为主；在地面降水中，固态降水占降水总量的46%，而霰占固态降水的65%，霰主要靠撞冻雨水和云水增长；雹云中存在较弱的过冷雨水累积带，累积带的维持时间也很短，累积带中的过冷雨水有利于雹块的增长，但不起主要作用；雹块的增长主要是通过雹撞冻云水，其次是撞冻雨水增长。

Further analysis showed that lightning was closely related to graupel and ice in middle atmosphere (3.2~7km) and upper atmosphere. This result is consistent to the charge mechanism of lightning. Meanwhile, this study went through the sensitivity of WISCDYMM settings on thermal bubble condition of triggering cloud growth.

探讨闪电数量与水象粒子质量百分比的关系，可发现高层大气（7.2 ~ 11公里）相关性较佳，若分析这些参数的时间序列特徵，可发现中层大气（3.2 ~ 7公里）与高层大气高度中，软雹与冰晶分别与闪电发生有明显的相关性存在，符合云中粒子带电之理论。

At the same time ice crystal and graupel collect more supercooled rain water to reduce the amount of rain water. Graupel grows through the collection of ice crystal and graupel with supercooled rain water and riming of cloud water.

霰融化、霰在暖区碰并云滴成雨减少，使雨滴的初生减弱，而冰晶碰并过冷雨成霰、霰碰并过冷雨增加，也消耗了过冷雨水，抑制雨水增长。

Numerical tests are also conducted to investigate the microphysical effects to the mesocale convective systems. The evaporation of raindrops can strengthen the surface "cold pool" to decease the temperature of rainfall center. The condensation of vapor can lower the air pressure and increase the convergence and updraft so that the convective echo develops stronger. The melting of graupel can cool the air to restrain the convective activity. The falling of precipitation particles can increase the downdraft and induce the outflow nearly the surface. The effect of condensation is the most important among all the microphysical processes. It can change the whole structure of cloud system.

微物理过程对对流系统发展和维持有重要作用：强降水的雨滴蒸发过程会加强"冷池"效应，同时增强了雨带南侧原有的地面中尺度辐合线；凝结潜热在低层诱发了与回波相应尺度的中尺度低压，增强了辐合和上升运动，促进对流发展；霰的融化吸热通过冷却大气会不利于气压下降、气流辐合抬升等过程，降低对流不稳定能量，减缓对流发展；重力拖曳使气块冷却降温，降低对流不稳定能量，并且使低层的气压升高、气流辐散，在近地面附近产生出流，加强地面中尺度辐合线的强度。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。