In eastern China, much above normal mean intensity of precipitation tends to increase.
在中国东部，平均降水强度极值出现的范围趋于扩大。
The stemflow is influenced by the water absorbing property of barks, the diameter in breast high of trees, the branch angles, the crown structure, the precipitation and the intensity of precipitation.
树干茎流的大小主要受树皮的吸水性能、树木胸径、树干枝角与冠型结构、降雨量及降雨强度的影响。
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。
The output of sensitivity experiment of moist show that moist could exercise a great influence on typhoon center intensity, typhoon motion and precipitation.
水汽的敏感性试验结果表明，水汽的输送对台风的中心强度、台风的移动路径及台风降水有明显的影响。
The relation between the interannual variation of the east Asian summer monsoon (EASM) and the summer precipitation in China is investigated in terms of the east Asian summer monsoon intensity index.
以海陆气压差定义的夏季风强度指数为依据，讨论了东亚夏季风年际异常与中国夏季降水的关系。
MM5, GRAPES and AREM are of better prediction ability, especially in precipitation areas, intensity and evolution. The simulations by MM5 and AREM models are almost identical with the observed.
GRAPES和AREM显示了较好的预报能力，特别是MM5和AREM模式的预报在落区、强度和降水演变上与实况较一致。
The interdecadal variation of rainfall intensity shows that the regional mean days of small precipitation and middle precipitation have a decreasing trend over the upper reaches of Yangtze River.
长江上游降水强度也存在年代际变化，区域平均的弱降水天数和中等强度降水天数都呈现减少的趋势。
The variation of air mean temperature and annual precipitation played a key role in the duration and intensity of cumulative impacts on desertification.
年降水量和年平均温度的波动特点是决定累加作用时间和影响强度的关键。
The response of microwave brightness temperature parameters to typhoon's precipitation distribution and intensity is analyzed by using 2a25 and 1b11 data.
利用2a25和1b11资料，分析了微波各参数对台风降水分布和强弱的响应。
The precipitation in Hanyuan was mainly controlled by the change of the Indian monsoon intensity under the influence of solar radiation.
汉源地区的降水主要受控于太阳辐射影响下的印度季风强度的变化。
The results show that MM5 can forecast the heavy rain process in Northwest Sichuan Basin, the centre intensity and location of the forecast precipitation are close to the observation.
结果表明：(1)MM 5模式准确地预报出盆地西北部大暴雨过程，在降水的中心强度和位置预报上非常接近实况。
The severity of waterlogging is not only related to the rain intensity, but also associated with the cumulated precipitation and the precipitation duration.
降水积水的严重程度不仅与降水强度相关，也与累积降水量和降水持续时间的长短有关。
The extent of vertical erosion increases with precipitation, rainfall intensity and soil infiltration rates, and different soil has different critical rainfall amount.
垂直侵蚀随降雨强度、降雨历时的增加而增加，不同土壤的侵蚀临界降雨量不同；
Remote measurements of rainfall intensity and areal precipitation by using weather radar are a problem that meteorological scientists have researched with an effort.
利用天气雷达遥测降雨强度和区域降雨量的大小一直是人们努力探索的课题。
The simulation of radar reflectivity factor indicates that the simulation of snowstorm's precipitation distribution and intensity were reasonable.
利用模拟雷达反射率因子检验了模拟的正确性，结果表明模拟的暴雪的分布和强度都是可信的。
The effects of the summer AO on the variations of precipitation and temperature in he 'nan province are indirect by changing the intensity of the East Asian monsoon.
夏季AO主要通过影响东亚季风强度对河南省降水和气温变化产生间接影响。
Although the rain fell continuously for 30 hours, 13 hours more than four years ago, the intensity of the precipitation is lower.
尽管这次降雨持续了30个小时(比2012年那次还要多13个小时)，但是这次降雨的强度比较小。
The precipitation of silicide may promote the intensity of slip and is the minor reason for the ductility loss.
而硅化物析出协同促进位错滑移集中化，是热稳定性下降的次要因素。
The critical precipitation amount (intensity) is an index which is of significance for the prevention and treatment of disaster caused by torrential floods.
临界雨量(强)是一项指标，对于山洪灾害防治有着重要意义。
The infiltration rate is intensively affected by rainfall intensity, and there exists a linear relation between the depth of infiltration and precipitation and rainfall intensity.
入渗深度与降雨量和降雨强度之间存在线性关系，土壤渗透能力随土壤剖面初始含水量的增加而减小，土壤稳定入渗速率的时间趋于缩短。
The infiltration rate is intensively affected by rainfall intensity, and there exists a linear relation between the depth of infiltration and precipitation and rainfall intensity.
入渗深度与降雨量和降雨强度之间存在线性关系，土壤渗透能力随土壤剖面初始含水量的增加而减小，土壤稳定入渗速率的时间趋于缩短。
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