1) failure scar
崩塌痕迹
2) failure scar
崩塌残痕;崩塌痕
3) landslip scar
山泥倾泻残痕;滑坡残痕;崩塌残痕
4) collapse
[英][kə'læps] [美][kə'læps]
崩塌
1.
Formation mechanism and movement characteristic of a high altitude collapse on the No.108 National Highway in west Sichuan Province;
川西108国道高位崩塌成因与运动特征
2.
The causes of collapse along Dazhun railway line and preventive measures;
大准铁路沿线崩塌形成条件及防治措施研究
3.
Geological Hazards of Huangluquan Collapse and Its Prevention Countermeasures in Zhangqiu City;
章丘市黄露泉崩塌地质灾害及防治对策
5) landslip
[英]['lændslɪp] [美]['lænd'slɪp]
崩塌
1.
Based on past research,the paper analyzed systematically and comprehensively the natural and artificial factors leading to landslip geo-hazard in Zhaoyuan gold field,Shandong.
在总结前人研究成果的基础上,全面系统地分析了诱发招远市金矿区崩塌的自然和人为因数,然后运用遥感技术对金矿区遥感图像进行处理,提取诱发崩塌的条件因子,聘请有经验的专家对各项诱发因子进行诊断分析,以此作为判断条件,在G IS技术的支持下对诱发崩塌的条件因子进行空间分析,预测出招远金矿区发生崩塌的危害程度,为防治崩塌提供科学依据。
2.
Based on the understanding of the mountain disaster in the three gorge reservoir, this article gave a detailed analysis of the landslip, landslide debris flow and the loss of the soil and water, which was caused by mountain disaster.
长江三峡库区是山地灾害多发区 ,本文阐述了库区崩塌 ,滑坡 ,泥石流等山地灾害的基本特性以及由此而产生的水土流失 。
3.
Through field investigation and analysis,combining with historical earthquake documents,the causes of landform,rift valley and landslip relic of Xionger mountain is studied.
通过实地考察和分析,结合历史地震记载资料,对熊耳山地貌、裂谷以及崩塌遗迹的形成原因进行了初步探讨。
6) landslide
[英]['lændslaɪd] [美]['lænd'slaɪd]
崩塌
1.
Application of the remote sensing technique to monitor landslides of Hualien debris disaster watershed areas
应用遥测技术探讨台湾花莲地区土砂灾害集水区崩塌地的变迁
2.
It s concluded that the cause of rocks landslide is integration of both inside and outside factors,such as the rocks physical and mechanical characteristics,rainfall,weathering,human activities,etc.
阐述了危岩体特征,岩体的变形机理,岩石物理力学特征以及雨水、风化、人工活动等内外营力的综合作用是崩塌产生的原因,并对危岩体稳定性分析与评价,在此基础上提出"ISNS"柔性防护措施。
3.
The study was implemented by spatial analysis with GIS from landslide sites versus physiographic features,hydrologic features,land-use,and aerial photo interpretation to trace the sediment sources and the reasons attributing to the slopeland hazards.
针对2次台风对于石门水库集水区崩塌地分布与地文、水文及人为开发等因素之间的关系,透过地理信息系统分析,探讨土砂的来源分布与致灾原因。
补充资料:崩塌
崩塌 avalanche 陡峻山坡上岩块、土体在重力作用下 ,发生突然的急剧的倾落运动。多发生在大于60°~70°的斜坡上。崩塌的物质,称为崩塌体。崩塌体为土质者,称为土崩;崩塌体为岩质者,称为岩崩;大规模的岩崩,称为山崩。崩塌可以发生在任何地带,山崩限于高山峡谷区内。崩塌体与坡体的分离界面称为崩塌面,崩塌面往往就是倾角很大的界面,如节理、片理、劈理、层面、破碎带等。崩塌体的运动方式为倾倒、崩落。崩塌体碎块在运动过程中滚动或跳跃,最后在坡脚处形成堆积地貌——崩塌倒石锥。崩塌倒石锥结构松散、杂乱、无层理、多孔隙;由于崩塌所产生的气浪作用,使细小颗粒的运动距离更远一些,因而在水平方向上有一定的分选性。
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