3) hydraulic erosion
水力侵蚀
1.
Preliminary study on similitude law in simulative experiment for controlling hydraulic erosion;
水力侵蚀调控物理模拟试验相似律的初步确定
2.
It considers that rainfall intensity is the key factor to affect the yields of runoff and sediment in the Loess Plateau area where hydraulic erosion is the most active.
认为在水力侵蚀最活跃的黄土高原地区,降雨强度是影响产流产沙的关键因子,从而需要抓住降雨与侵蚀产沙这对主要矛盾,根据降雨侵蚀空间或时间的集积效果来实现模型流域与原型流域产沙特征的相似。
3.
the hydraulic erosion, the wind erosion, and the freeze-thaw erosion, which account for 6%, 5%, and 89% of the total area of soil erosion, respectively.
分析了西藏地区的水土流失特点和成因,指出西藏地区的土壤侵蚀类型主要有水力侵蚀、风力侵蚀和冻融侵蚀3种类型,水蚀范围较小,约占总侵蚀面积的6%,风蚀范围更小,约占总侵蚀面积的5%,冻融侵蚀面积约占总侵蚀面积的89%,是土壤侵蚀的主要类型;土壤侵蚀类型在地域上成多样化分布,土壤侵蚀在垂直方向上呈规律分布。
4) water erosion
水力侵蚀
1.
Quantitative analysis of water erosion in Danjiangkou reservoir area of Hubei province based on RS-GIS;
基于RS-GIS的湖北丹江库区土壤水力侵蚀定量分析
2.
Simulation experiment design and verification of controlling water erosion on small watershed of loess plateau;
黄土高原小流域水力侵蚀模拟试验设计与验证
3.
Evaluation of the EUROSEM Model for predicting water erosion on steep slopeland in the Three Gorges Reservoir Area, China;
应用EUROSEM模型对三峡库区陡坡地水力侵蚀的模拟研究
5) fluvial erosion
流水侵蚀
1.
All potholes distributed on the mountain erosion surface or river valley at different heights above sea levels in northern North China are not the evidence of Quaternary glacier,but a mark of fluvial erosion on ancient landform,whatever considered it from geography environment or geomorphology evolution.
分布在华北北部山顶面上的“冰臼”,无论从地理环境、地貌演化,还是从海拔高度方面分析,都不是第四纪大冰盖的证据,而是古地貌面上流水侵蚀的遗迹。
补充资料：河道洪水演进(见河道洪水演算法)
河道洪水演进(见河道洪水演算法)
neaao non郎hUi河道洪水演进yanJ县n 见河道洪水演算法。
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