1) precipitation
[英][prɪ,sɪpɪ'teɪʃn] [美][prɪ'sɪpə'teʃən]
降水;降水量
2) amount of precipitation
降水量
1.
Ascertain the summer precipitation floor pressure leading factor circulation pattern, the amount of precipitation making use of the precipitation circulation pattern to do Inner Mongolia summer forecasts.
本文利用国家气候中心月延伸动力模式地面气压场格点输出资料,寻找内蒙古夏季降水天气的地面环流型,确定了内蒙古3个区域内夏季降水地面气压场主导环流型,并利用降水主导环流型作夏季6-8月降水量预测。
2.
The paper makes an analysis of amount of precipitation distribution and 8 number of times\' distribution feature within the year in Chenzhou and also probes into the relationship between clouds and precipitation according to the data of cloudage and cloud form in Chenzhou.
利用2004-2008年郴州市气象局观测站的自动站资料,对郴州市降水量的年内分布和年内8个时次的分布特征进行了分析并结合云量、云状资料探讨了郴州市降水与云的关系。
3) precipitation
[英][prɪ,sɪpɪ'teɪʃn] [美][prɪ'sɪpə'teʃən]
降水量
1.
The impact of climate warming on precipitation in Weiei dry land of Shaanxi province;
气候变暖对渭北旱塬降水量的影响
2.
Characters of precipitation change in rainy seasons (May~June) in the last hundred years in coastal Fujian;
福建沿海近百年雨季总降水量的变化特征
3.
Study on the accumulative temperature and the precipitation in the period of the accumulative temperature in Ningxia;
宁夏近40多年积温及不同积温期降水量变化研究
4) rainfall
[英]['reɪnfɔ:l] [美]['ren'fɔl]
降水量
1.
Analysis of Rainfall Distribution of Zhejiang Province by Using EOF;
EOF方法分析浙江降水量的分布特征
2.
Research Progress in Relationship between Rainfall and Grassland Primary Productivity;
降水量对草原初级生产力影响的研究进展
3.
Application of the Autoregressive Model of Time Series on the Rainfall Forecast of Yangling District;
时间序列的自回归模型在杨凌地区降水量预报中的应用
5) precipitation amount
降水量
1.
In this paper,the variations of δ~(18)O of precipitation and the relationships between δ~(18)O in precipitation and temperature and precipitation amount are analyzed by using the meteorological data observed in the summer of 2004 at Baidi,Wengguo and Duixiang Hydrographic Stations around the Yamzho Lake on the Tibetan Plateau.
根据青藏高原南部羊卓雍错流域白地、翁果和堆乡3个水文站2004年1~10月降水中δ18O的测定结果,分析了该流域降水中δ18O的变化特征及其与温度和降水量之间的关系。
2.
The precipitation amount and its space-time distribution depend on the source of water,weather system,geographic location and terrain conditions.
降水量及其时空分布取决于水汽来源、天气系统、地理位置和地形等条件。
6) annual precipitation
年降水量
1.
Application of F test in the annual precipitation calculation;
F检验法在年降水量分析计算中的应用
2.
Preliminary analysis for the regularity of annual precipitation in Shanxi Province;
山西省年降水量规律初探
3.
Analysis for annual precipitation series representation and multi-year change in the downstream of Sanmingshaxi region;
三明沙溪下游地区年降水量系列代表性及多年变化分析
补充资料:降水
降水 precipitation 从云雾降落到地面的液态水或固态水。常见的形式有雨、雪、冰雹等。按降水的性质又可分为连续性、阵性和间歇性降水。阵性降水开始和停止都比较突然,降水强度变化大;连续性降水持续时间较长,降水强度变化不大;间歇性降水的降水强度较弱,并常有一定长时间的断续现象。降水的形成主要决定于上升气流的强弱和水汽供应量充足与否。产生降水的主要过程有:①天气系统的发展,暖而湿的空气与冷空气交汇,促使暖湿空气被冷空气强迫抬升,或由暖湿空气沿锋面斜坡爬升。②夏日的地方性热力对流,使暖湿空气随强对流上升形成小型积雨云和雷阵雨。③地形的起伏,使其迎风坡产生强迫抬升,但这是一个比较次要的因素。多数情况下,它和前两种过程结合影响降水量的地理分布。 |
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条