林冠降雨单位水体雨滴动能也基本不受林外降雨类型和强度影响。
The raindrop kinetic energy per unit canopy rainfall is also basically not influenced by the type and intensity of rainfall outside of forest.
通过对试验现象和结果的结合，描述了雨滴动能对坡面水流及坡面土壤的作用。
Combing the experiments with results of calculation, we described the effects of raindrop kinetic energy to overland flow and soil surface of slope.
结果表明，水层厚度越深雨滴动能消耗于水层波动的能量就越多，从而用于击溅土壤的能量就越少；
Results showed that the deeper layer of water is, the more rain kinetic energy consumed in fluctuation of water layer is, the less energy used for splashing the soil is;
讨论了雨滴平均直径、平均运动速度、平均降落速度和雨滴加权平方根速度的概念及其计算方法，建立了雨滴平均直径和各种降落速度与雨强、动能的函数关系式。
The paper discussed the average diameter of rain drop, average velocity of moving and falling and the conception of weighted velocity in square root as well as the me - tho...
讨论了雨滴平均直径、平均运动速度、平均降落速度和雨滴加权平方根速度的概念及其计算方法，建立了雨滴平均直径和各种降落速度与雨强、动能的函数关系式。
The paper discussed the average diameter of rain drop, average velocity of moving and falling and the conception of weighted velocity in square root as well as the me - tho...
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