1) debris flow
泥石流
1.
DISCUSSION ON THE APPROACH TO THE ECOLOGICAL MANAGEMENT OF DEBRIS FLOW BY WATER AND SOIL SEPARATION——Taking debris flow treatment of hedong village of laoshan district of Qingdao for example;
水土分离生态综合治理泥石流方法探讨——以青岛市崂山区河东村泥石流治理为例
2.
GIS-based risk factors zoning of debris flow in Beijing Region;
基于GIS的北京地区泥石流危险度区划
3.
Imminent and short-term forecast of regional debris flow and its application:a forecasting system based on Doppler weather radar technology;
区域泥石流短临预报及其应用——基于多普勒天气雷达技术的预报系统
2) mud-rock flow
泥石流
1.
The formation condition and prevention & cure of Xi mount Huyu furrow mud-rock flow in Taiyuan city;
太原市西山虎峪沟泥石流形成条件及防治
2.
The developed regularities of mud-rock flow in the Dunhua area, Jilin Province and its controlling;
吉林省敦化市泥石流地质灾害发育规律与防治对策
3.
Remote sensing image interpretation of landslide and mud-rock flows in Zhouqu county and disaster prevention;
舟曲县滑坡泥石流遥感影像判读与灾害防治
3) Debris flows
泥石流
1.
Application of quantification theory in forecasting debris flows——Anexample of Heleng City,Jilin Province;
数量化理论在泥石流灾害预测预报中的应用——以吉林和龙市泥石流为例
2.
Susceptibility spatial analysis of debris flows in the Nujiang River Basin of Yunnan;
云南怒江流域泥石流敏感性空间分析
3.
Preliminary study of Jiazhong 4# debris flows in Tibet;
西藏夹中4#泥石流高寒高海拔特性的初步研究
4) Mud rock flow
泥石流
1.
The earthquake will break the stability of slope and further cause the mud rock flows.
地震会破坏坡地的稳定性 ,进而影响泥石流的形成和发展 ,就地震与泥石流的关系进行了探讨 ,分析了地震在泥石流形成中的作用 ,提出了地震区泥石流的预防措
5) mudflow
[英]['mʌdfləu] [美]['mʌd,flo]
泥石流
1.
Analysis of the critical rainfall thresholds for mudflow in Beijing,China.;
北京地区泥石流灾害临界雨量阈值分析
2.
Study on Integration Methods of GIS and Expert System for Mudflow Hazard Assessment;
泥石流危险度评价的GIS与专家系统集成方法研究
3.
Disaster reduction benefit evaluation on landslide and mudflow warning system in Zhaotong City
昭通市滑坡泥石流预警系统减灾效益分析
6) mud flow
泥石流
1.
It introduces the topography,landforms,hydrology,meteorology,the nature of rock and soil mass and human activities of Xiaoqinling region,builds up system entropy model of mud flow disaster trend of the region,conducts evaluation and validation and points.
泥石流灾害受地质、地貌、水文、气象、土壤、植被等自然因素和人为因素综合作用的控制,是山区地质环境和生态环境恶化的产物。
2.
Through the investigation for the mud flow disaster in a factory in the west of Liaoning province,the occurred condition and damage of mud flow are analyzed and the development trend is predicted,and the prevention method of mud flow is proposed.
通过辽西某厂泥石流灾害的实地调查,阐述了泥石流发生的条件,介绍了泥石流危害,分析了泥石流的现状并预测了发展趋势,提出了防治措施。
3.
Through the study of the mud flow of the Ailao Mountain of Yunnan,this paper argues that occurrence and prevention and control of mud flow is not only natural,but relates closely to the act and culture of human society.
本文通过对云南哀牢山泥石流的研究,认为自然灾害的发生和治理过程不是一个纯自然的过程,它与人类社会的行为和文化密切联系。
补充资料：泥石流
| 泥石流 debris flow；mud-rock flow 产生于山区沟谷中或山坡地上的，含有大量松散固体碎屑的、不均质的特殊洪流。具有突然暴发、历时短暂、来势凶猛、破坏力大等特点，是山区常见的一种自然灾害。
泥石流的形成必须同时具备3个条件：①流域内有丰富的、松散的固体物质。②流域内谷坡陡、沟床比降大。③沟谷的中、上游区有暴雨洪水或冰雪融水和湖泊、水库决溃等提供充分的水源。在断裂构造发育、地震频发、降水集中、水土流失严重的山区，以及古冰川发育、现代冰川活跃的高山地区易形成泥石流。在时间上，泥石流多产生于数年干旱后，或人类不合理开发山地后的多雨暴雨年份，或气候转暖、冰川衰退、积雪消融、冻土解冻的年份。泥石流是高浓度的固、液两相流。固体物质含30％～80％，流体容重1.5～2.3吨／米3。固体物质的多少、成分、补给方式决定了泥石流的性质、类型和规模。泥石流有多种分类：①按形成特点可分为冰川型、降雨型泥石流。②按沟谷形态分为沟谷型、山坡型泥石流。③按物质组成分为泥石流、泥流、水石流。④按结构-流变分类，可分为稀性泥石流（容重1.5～1.8吨／米3，含沙量800～1200千克／米3），紊动强；粘性泥石流（容重＞2.0吨／米3，含沙量＞1600千克／米3） ，以层流为主；过渡性泥石流，介于以上二者之间。⑤按规模可分为小型（一次物质总方量＜10万立方米），中型（一次物质总方量10～50万立方米），大型（一次物质总方量为50～100万立方米）和特大型（一次物质总方量＞100万立方米）。 |
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