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- Movement mechanism and disaster control for debris flow II. 泥石流运动机理与灾害防治2。
- Debris Flow Study and Prevention in National Park II. 风景区泥石流研究与防治2。
- Keywords: ahazard potency of debris flow, externality, cost-benefit analysis. 关键词：土石流特定水土保持区、外部性、成本效益分析。
- The main geohazard types of this area are landslide, rockfall and debris flow. 崂山区地质灾害及隐患点发育的类型主要是滑坡、崩塌和泥石流。
- The landslide and debris flow based on plagioclase coincidently locate in ringed mountains. 以斜岩作为地质基础的滑坡和泥石流等地质灾害恰恰分布在环形山脉中。
- Mine debris flow clough is a nonequilibrium opening system which is influnced by various factors. 矿山泥石流沟是受各种因素影响的远离非平衡态的开放系统。
- Some investigators maintain that large boulders must be supported by turbulence within a viscous debris flow. 有些调查者认为大漂砾是通过粘性泥石流中的涡流搬运的。
- Debris flowed down the road, causing traffic to stop temporarily. 泥石流冲泻到公路上，交通出现暂时中断。
- River Channel Changes Due to Converge of Debris Flow 支流泥石流入汇对主河河型成因的影响
- Methodological research on numerical simulation and disaster risk assessment of debris flow deposition fan II. 泥石流堆积数值模拟及泥石流灾害风险评估方法2。
- The main kinds of hazards of road in Beijing mountain area are landslip, collapse, debris flow, karst and surface subsidence. 北京山区公路所遭受的地质灾害主要有滑坡、滑（崩）塌、泥石流、岩溶、采空地面塌陷等。
- The upper slope was characterized by all kinds of sliding sediments and lower slope by all kinds of debris flow sediments. 其中，上斜坡以各种规模的滑动沈积为特色，下料坡以不同性质的碎屑流沈积为特徵。
- Simultaneously it has also suitably considered the function that the human factor in the Hailiu clough debris flow forming process. 同时还适当考虑了人为因素在海流沟泥石流形成过程中的作用。
- Debris flow is not only one kind of unplanned mountain disaster,but also strenuous water loss and soil erosion. 泥石流不仅是一种严重的突发性自然灾害,同时又是一种强烈的水土流失形式。
- Any debris flow clough is a nonequilibrium opening system which is influnced by warious factors. 任何一条泥石流沟都是受到各种因素影响的远离非平衡态的开放系统。
- Figure (2) Distribution Diagram of Plagioclase Landslide and Debris Flow Disasters in China. 图（2）中国斜岩滑坡和泥石流地质灾害分布图。
- Study on dynamic features of converge trough plate of the high-speed drainage structure 速流结构汇流槽板动力性能研究
- Takahashi, T.,Debris flow, Monograph Series of IAHR, A. A. Balkema, Rotterdam, The Netherlands, pp.26-27(1991). 连惠邦，苏重光，江永哲。泥石流流体机构之研究。中华水土保持学报，第25卷第3期，第151-160页(1994).
- The hazard of the debris flow gully is analyzed and suggestions for debris flow hazard prevention are also given. 分析了泥石流危险度和活动趋势,并提出了相应的防治建议。
