precipitation intensity
基本解释
- [气象] 降水强度;降雨强度
英汉例句
- In contrast, aerosols did not increase the thickness or precipitation intensity of clouds which had cold bases and no ice.
而当云体温度低并且含水量很少时,微粒并不能增加云体的厚度和降水强度。 - There is a good corresponding relationship between the accumulation of cloud liquid water retrieved in off-zenith observation and the enhancement precipitation intensity.
与雨滴谱比较,斜路径方向观测时,地面降水强度的峰值与云中液态水丰沛区有着很好的对应关系。 - On the whole, if extreme precipitation intensity and frequency at the large city stations were increased, the increasing trends were more obvious than the surrounding stations.
大体上,北方尤其是在华北南部,大城市极端降水强度和频数增加的趋势比周围大;
www.dqkxqk.ac.cn - Climate change is changing precipitation patterns and intensity, increasing the incidence of droughts, floods, and erosion.
FORBES: Water Risk Threatens Businesses, National Security - An assessment of the impacts of climatic change in Latin America and the Caribbean supported by reliable data suggests that ??climate changes during the last century have included an increase in the surface medium temperature, particularly in medium and high latitudes, and changes in precipitation quantity and intensity in several countries of the Region (Southern Brazil, Paraguay, and Argentina).
UNESCO: Climatic Change
双语例句
权威例句
词组短语
- average precipitation intensity 平均降雨强度
- mean annual precipitation intensity 年平均降水强度
- Air precipitation intensity 空中降水强度
- Surface precipitation intensity 地面降水强度
- precipitation intensity and frequency 降水强度与频数
短语
专业释义
- 降水强度
- 雨强
Due to the increase of time interval and decrease of precipitation intensity within a month, no monthly runoff appears in some girdded cells as the monthly hydrological model is applied to the Huaihe River Basin.
分布式月水文模型由于时段长、雨强均化,导致在淮河流域的应用中,网格计算径流深出现了许多不合理的零值。农业科学
- 降水强度
ResultsThe trend of summer precipitation intensity in Anhui province was strenthened and extreme precipitation events growed in number,Huaibei district most significant. The mean date of the Meiyu onset was June 16 and the end of Meiyu period was July 10.
结果结果表明:夏季降水强度增强趋势明显,极端降水事件增多,以淮北显著;夏季淮北准2年和准8年周期振荡较明显,沿江江南准16年周期较明显;全省平均入梅日期6月16日,出梅为7月10日,梅雨量年际变幅大。