1) escape passage against debris flow
泥石流避险通道
2) roadway debris flow
巷道泥石流
1.
This paper introduced a new underground engineering disaster of roadway debris flow, through analysis of many debris flow accident roadway records both at home and abroad, to generalize their happening conditions and general characteristics.
本文介绍了巷道泥石流这种新的地下工程灾害。
3) tunnel in debris flow
泥石流隧道
1.
The most effective way to go through the large-scale debris flow s sedimentary region is the tunnel in debris flow.
泥石流隧道是道路通过大型泥石流沉积区的最为有效的型式。
4) roads debris flow
道路泥石流
1.
Based on research and discussion,this paper presents engineering modes for prevention and control mountainous roads debris flows.
本文对这些模式进行了对比研究,最后提出了道路泥石流工程防治的原则与模式。
5) debris flow dangerous degree
泥石流危险度
1.
Veracity of debris flow dangerous degree assessment is one of essential in comprehensive assessment of disaster science,and is one of the desires in socio-economic development.
泥石流危险度评价的准确性不仅是影响未来灾害学整体综合评价的要素之一,也是社会经济发展的要求之一。
6) debris flow risk assessment
泥石流风险评价
1.
The article conducts a risk assessment on debris flow in Luoyugou of Tianshui City,Gansu Province using the risk hazard calculation method in single debris flow risk assessment model.
文章引用单沟泥石流风险评价模型中危害度的计算方法,对罗玉沟流域可能发生泥石流的概率进行了评价;潜在的经济损失主要从人员社会、物质和资源环境3大类进行评价。
补充资料：避险过当
避险过当:是指避险行为超过必要限度造成不应有的损害的行为。
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