Atmospheric precipitation

The ternary microscopic phase-field is used in simulating the temperature effects on the precipitation behavior of Ni75Al6Cr19 alloy through atomic pictures and volume fraction.

基于三元微观相场动力学模型，结合原子图像和体积分数等手段模拟了Ni75Al6Cr19合金在不同温度下的沉淀行为。

16Nm Mn-Zn ferrite nanoparticles were synthesized by a hydrothermal precipitation approach using metal sulfate solution and aqueous ammonia.

以金属离子的硫酸盐溶液和氨水溶液为原料，采用水热法制备了粒径为6~16nm的锰锌铁氧体纳米粒子。

GGG polycrystalline material was prepared by co-precipitation method with the metal Ga and Gd2O3 as the starting materials and aqueous ammonia as the preprecipitator.

采用共沉淀方法，以金属Ga和Gd2O3为起始原料，以氨水为沉淀剂，制备了GGG多晶。

The altostratus base is 2 km high, and cloud top is higher than 5 km. The supercooled water exists abundantly in the cloud, the maximum is up to 0.21 g.m-3 at -11.20℃, but its distribution is not homogeneous, 87%of continuous distribution width are less than 2.4 km, which is disadvantage to the rime increasing of ice crystal in the cloud. Meanwhile, the evaporation effect of subcloud raindrop is very big, the diameter of raindrops which could not arrive the ground is less than 1 mm. Therefore, The cold vortex process produces the weak precipitation.

As云底高2 km，云顶高大于5 km，云中存在比较大的过冷水区，-11.2℃时的过冷水含量0.21 g.m-3，但过冷水的含量分布极不均匀，大于0.05 g.m-3的过冷水区连续分布的宽度87%小于2.4 km，不利于云中冰晶的连续凇附增长；同时云下雨滴的蒸发效应大，直径小于1.0 mm的雨滴难以落到地面，因此本次过程只产生弱的降水。

Then by Albert Hubei side, in the vicinity of Nimule into Sudan, Malakal, before he is called by the White Nile, through its vast wetlands, impurities contained in the majority of precipitation, water color purity, the water smuggle a large number of aquatic plants The pan-cream, Arabic called Shirakawa.

然后经艾伯特湖北端，在尼穆莱附近进入苏丹，经马拉卡勒后始叫白尼罗河，因其途经大片沼泽地，所含杂质大部分沉淀，水色纯净，水中挟带大量水生植物而泛乳白色，阿拉伯语叫白河。

A statistic model for the spatial distribution of precipitation estimation in Urumchi is presented.

提供了一个描述乌鲁木齐市年、季降水空间分布的估算模型。

Next to one's own experience and knowledge of deficiencies typical of the era, common sense can also be useful: to a large degree, damages are brought about by the different forms of precipitation.

囿于时代的限制，导致设计人的自身经验和知识有其局限性，因此基本常识也可以发挥作用：很大程度上，损坏通常是由于不同形式的降水造成的。

The temperature trend rate at Kushka station, which has the lowest latitude, is 0.018℃/a, and that at the other four stations is less than 0.01℃/a. The warming trend at Kushka, Almaty, and Tomsk stations, which are at relatively low latitudes, is significant, and it changed abruptly during the period from the l970s to the l980s. The rise of the minimum temperature is more obvious than that of the maximum temperature, and the warming phenomenon at Kushka station is the most significant. The precipitation trend rate at the five stations is about 0.09% per year, and the trend is not significant.

纬度最低的库什卡站气温倾向率为0.018℃/a，其他4站均小于0.01℃/a，纬度相对较低的库什卡、阿拉木图、托木斯克3站的升温趋势显著，且在20世纪70~80年代发生突变升温；年最低气温比年最高气温的升高现象明显，且纬度最低的库什卡站的升温现象最显著。5个站的降水量倾向率约0.09%/a，但增湿的趋势不显著。

Based on the temperature and precipitation data of five meteorological stations (Kushka, Almaty, Tomsk, Tula and Hantangea, from low to high latitude) at different latitudes in Central-North Asia over the 20th century, the long-term climate change characteristics, the trend significance and the abrupt change points were analyzed using the climate trend rate method, the Mann-Kendall test method and the sliding t -check method.

利用中北亚不同纬度的5个气象站（从低纬度到高纬度分别为：库什卡、阿拉木图、托木斯克、图拉、哈坦加）20世纪的气温和降水资料，采用气候倾向率法、Mann-Kendall法和移动t法对这5个站的长期气候变化特征、趋势显著性及突变点进行分析。

At high latitude, besides thermospheric disturbances, we mainly study particle precipitation, convection electric field, neutral molecule excitation and top plasma flux, which may affect the ionospheric F region disturbance.

在高纬区，除热层扰动外，主要研究粒子沉降电离、对流电场、分子激发以及顶部等离子体流对于电离层F区的影响。

You can do some assertiveness training.

你可以进行一些自信训练。

We were well on the path to making a rear-wheel-drive global platform," says Mays."

我们正致力于建立一个后轮驱动的平台，"Mays这样说道。"