1) creeping rock mass
蠕变岩体
1.
Analysis and assessment on the stability of non-excavated slope with inverted creeping rock mass for Longtan Hydroelectric Project;
龙滩水电站蠕变岩体非开挖区边坡稳定性分析与评价
2.
Due to the limitation of topographical and geological conditions,the power intakes on the left bank have to be arranged just close to a distorted,overturned,counter-dip creeping rock mass with bedded structure,which has a volume about 12 million m3.
受地形地质条件的限制,左岸地下厂房进水口紧靠已经发生弯曲倾倒变形的反倾向层状结构蠕变岩体,其体积约1200×104m3。
2) rockmass creep
岩体蠕变
1.
433 and the rockmass creep exists in chaos status.
本文从非线性系统的吸引子概念出发，用工程岩体蠕变位移观测数据计算了Ｌｙａｐｕｎｏｖ（李雅普诺夫）指数（λ＿１）。
3) slope creeping motion
斜坡岩体蠕变
1.
The research of prophase slope creeping motion of Xicheng landslide in Yunyang County of Three Gorges project area;
本文对西城滑坡滑床及前缘发育的变形构造形态、空间分布、运动学与动力学特点进行了阐述,分析了该变形系统与滑坡形成演化之间的关系,认为滑坡前期经历了重力长期作用下的斜坡岩体蠕变。
4) rock creep test
岩体蠕变试验
5) salt-gypsum creeping
岩盐蠕变
6) rock creep
岩石蠕变
1.
In order to describe the whole process of rock creep and the creep feature of rock subjected to water pressure and external force more exactly,the Burgers model describing the creep feature of rock was modified.
为了更好地描述岩石蠕变的全过程以及在水压与外力共同作用下的岩石蠕变规律,对描述岩石蠕变特性的Burgers模型进行了修正。
2.
Based on viscoelastic mechanical analysis of the stability of surrounding rock in circular tunnel, through the improvement to viscoelastic constrictive model, this paper cites a logarithmic function to describe the constrictive model of rock creep.
基于圆形隧道围岩稳定性的粘弹性力学分析基础之上,通过对粘弹性本构模型的改进,引用对数函数来描述岩石蠕变的本构模型。
3.
On the basis of studying the relation of the load applied on the rocks with different water contents and electromagnetic radiation spectrum, and the relation of the rock electromagnetic radiation effect and regularity during the procedures from the beginning of rock creep distortion to failure, the electromagnetic radiation message characteristics of rock creep break are obtained.
通过研究饱水、自然、干燥状态的岩石在荷载作用下与电磁辐射强度频谱之间的关系、加载环境下岩石蠕变变形破坏孕育、发生、发展过程中的电磁辐射效应及规律,获得岩石蠕变断裂的电磁辐射信息特征,确定不同含水状态及应力变化与电磁辐射强度频谱间的关系。
补充资料：高温岩体发电
利用地表深层高温干岩体所含的热量发电（见高温岩体电站）。
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