蜜蜂和花在这一击下碎片四溅。
给出了考虑击溅产沙能力受坡面漫流或其它覆盖物影响下的击溅产沙过程的模拟结果。
However, the results of simulating splash erosion processes on slope that considered the effects of overland flow or canopy are obtained.
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;
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;
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