1.
Risk assessment method for single rockfall geo-disaster:a case study on the rockfall in Danba County,Sichuan,China
单体危岩崩塌灾害风险评价方法——以四川省丹巴县危岩崩塌体为例
2.
Course of Chain-Styled Evolution and Application of Information Tracking Technology of Perilous Rock;
危岩崩塌的链式演变过程及信息跟踪技术应用
3.
Technology application of plastic anchors in treatment of perilous rock collapse in Xiangshan of Zhenjiang
锚塑法在镇江象山危岩崩塌治理中的技术应用
4.
Stability analysis of unstable rock collapsing based on limit analysis upper bound method
基于极限分析上限法的危岩体崩塌稳定性分析
5.
Theory of Block Rockmass Slope Collapse Monitoring and Prediction and Its Application;
块裂岩质边坡崩塌监测预报理论及应用研究
6.
Tourism Exploitation of Paleo-Collapsed Granite Landform at Fushan Mountain in Huangyan area, Zhejiang Province;
浙江黄岩富山地区古崩塌地貌旅游资源开发
7.
COLLAPSE MECHANISM AND TREATMENT MEASURES OF SLOPES WITH INTERBEDDINGS OF SOFT AND HARD ROCKS
软硬岩互层边坡崩塌机理及治理对策研究
8.
Rockfall Hazard Assessment Using a GIS-based Method;
基于GIS的崩塌地质灾害危险性评价研究
9.
Forming Mechanism and Treatment of Rock Fall on Right Side of K249+159, Neijiang-Kunming Railway;
内昆铁路K249+159右侧岩质边坡崩塌形成机理及整治措施
10.
Failure Time Prediction of Slope Collapse of Block Rockmass Based on Gray and Catastrophic Theories
基于灰色突变理论的块裂岩质边坡崩塌时间预测
11.
Developing Mechanism and Hazard Alarming System for Collapse of Rock Slope with Genele Dip Along Highway in Three Gorgges Reservoir Region
三峡库区公路缓倾角岩层边坡崩塌机理及警报系统
12.
Earth-fetching, sand-digging and quarrying shall be prohibited in areas in danger of land-collapsing or land-sliding or where mudrock flow is liable to occur.
在崩塌滑坡危险区和泥石流易发区禁止取土、挖砂、采石。
13.
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。
14.
The Forming Mechanism and Foreast of Fatalness about Karst Subsidence in Guilin City;
桂林市岩溶塌陷形成机制与危险性预测
15.
The Danger Assessment of Karst Subside about the Olympic Park Area in Beijing;
北京市奥林匹克公园岩溶塌陷危险性评价
16.
Fuzzy Evaluation on Karst Collapse Risk Dalian Maritime Leisure Square
大连海上休闲广场岩溶塌陷危险性模糊评价
17.
Owing to long- time erosion by water, stone blocks collapse continuously at the bottom of the rock body, forming a vertical cliff.
因岩体底部被水流常年冲刷，造成岩块不断崩塌滑落，形成垂直的悬崖。
18.
THE 6TH AUGUST 2009 FIELD URGENT INVESTIGATION ON THE GEOHAZARD OF THE ROCK FALL DAMMINGIN HOUZIYAN,SHUNHE,HANYUAN,SICHUAN
2009年8·6四川汉源猴子岩崩滑的现场应急调查及危岩处理