1) Dangerous rock mass
危岩体
1.
Function and effect of monitering-forecasting system of control works in Lianziya dangerous rock mass;
链子崖危岩体防治工程监测预报系统功能及效果
2.
Study on Risk Assessment and Prevention Countermeasures of Dangerous Rock Mass;
危岩体危险性评价及防治对策研究
3.
Looking the model parameter of AR(1) model as the status vector,using Kalman filter method to analysis the deformation of dangerous rock mass.
将AR(1 )模型的模型参数作为状态向量 ,用卡尔曼滤波法进行危岩体变形分析。
2) potential unstable rock mass
危岩体
1.
On the basis of field investigation,the potential unstable rock masses can be classified into five types,the isolated unstable rock mass,the over-hang unstable rock mass,the conjoint unstable rock mass,the unstable rock mass with a soft foundation and the cataclastic uns.
针对溪洛渡水电工程坝区高边坡危岩体分布广泛,对建筑物、大坝以及整个发电系统存在极大的潜在威胁等问题,在现场调查的基础上,将危岩体分为孤立式、悬挂式、贴坡式、软弱基座式和碎裂结构式等5种类型,指出每一种类型分别对应不同的失稳模式。
2.
Potential unstable rock mass disaster often happens in high-steep slope and steep cliff zone, which is a kind of common geohazard in mountainous area.
危岩体通常存在于高陡边坡及陡崖上，是山区常见的地质灾害类型之一，在我国每年都造成人员伤亡和大量的经济损失。
3.
To the prevention of potential unstable rock mass,these experiment results provide proof to determine the impact energy.
所得成果为危岩体防治时冲击能量的确定提供了依据,提出危岩体整体防治的新的可行方法,对坡面地质灾害的防治有实际意义。
3) dangerous rock body
危岩体
1.
On the foundation of special engineering geology investigation,we systematically analyze the boundary conditions of Dr2dangerous rock body,form mechanism and failure pattern,and have introduced briefly the handle measures that adopted now.
在专门性工程地质勘察的基础上,系统分析了Dr2危岩体的边界条件、形成机理及破坏模式,并简要介绍了目前所采取的处理措施。
4) crag
[英][kræɡ] [美][kræg]
危岩体
1.
The K154+950—155+380 of a certain freeway in Southwest lies in a cragged slope.
西南某高速公路K154+950—155+380段通过一陡峻的斜坡,由于在该段斜坡顺坡中陡倾角结构面较为发育,因此形成了一系列的危岩体。
2.
uguping crag is located in Shenxigou Hydropower Station reservoir area of the Dadu river in Sichuan province.
苏姑坪危岩体位于四川大渡河深溪沟水电站库区,破坏失稳后很可能堵塞大渡河,给该水电站、成昆铁路以及上游瀑布沟水电站的安全构成威胁。
3.
The Suguping fracturing crag is located on the left bank of Da-du river narrow reach in Shen Xi-gou hydropower station reservoir area in Si Chuan province.
苏姑坪危岩体位于四川大渡河深溪沟峡谷河段左岸，规模大，破坏失稳后会堵塞大渡河，将给深溪沟水电站、成昆铁路以及上游瀑布沟水电站造成严重的灾害。
5) dangerous rock-body
危岩体
1.
This paper mainly describes the relations between the Lianzi Cliff dangerous rock-body and coal mining under it in Sanxia Gorges of Yangzi River.
本文以长江三峡链子崖危岩体的成因与其下部长期的无计划采煤活动的关系为例,从采矿工程的角度对危岩体的形成和发展机理进行探讨,对在类似地质条件及采矿条件下,在保护地质环境的同时实施矿产的安全开采提出对策。
2.
Furthermore, the stability of the dangerous rock-body is analysed.
本文论述了链子崖危岩体的地质特征、变形破坏机制；提出了岩体力学参数取值原则并根据大量现场及室内试验工作积累的试验资料得出危岩体力学参数；进而对危岩体进行了稳定性分析、计算，在前述工作基础上提出工程治理措施，并简论了防治工程效益。
6) dangerous rock
危岩体
1.
Application on a flexibility protection system in the dangerous rock's theatment in a water power station
柔性防护系统在水电站危岩体治理中的应用
2.
The failure of dangerous rock is one of the geological disasters that occurs frequently in the Three Gorges Reservoir area.
文章在研究凤城危岩所处区域的地质背景条件及危岩失稳的诱发因素基础上,分析了凤城镇危岩体的分布规律及形态特征,根据破坏模式的不同对该区危岩进行了类型划分,采用赤平投影法与极限平衡法对该区6个代表性危岩单体的稳定状况进行定性与定量分析评价,经分析判断其均处于欠稳定或不稳定状态,需进行工程治理。
补充资料：国危
1.指国家有危难。
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