1) rock cleavage
岩石劈理
2) Cleaved rock mass
劈理化岩体
3) rock joint
岩石节理
1.
3D statistic analysis of geometrical properties of a rock joint;
岩石节理表面几何特性的三维统计分析
2.
The adjusted shearing strength formula of rough rock joint;
粗糙岩石节理剪切强度的修正公式
3.
Surface roughness analysis of rock joints under different shear deformation histories;
经历剪切变形历史的岩石节理表面粗糙特性分析
4) rock physics
岩石物理
1.
Analysis of rock physics response of gas-bearing volcanic reservoir based on three-phase poroelastic theory;
基于三相孔隙弹性理论的火山岩气层岩石物理响应特征分析(英文)
2.
Repeated log correction,physical rock properties interpretation,forward rock physics and composite recording matching can ensure that P wave and density logging reflect hthologies of the measuring interval veritably.
反复进行测井曲线校正,岩石物性解释,岩石物理正演和合成记录匹配,确保P波和密度测井能真实地反映测量深度段的岩性。
3.
Rock physics lies in the study of the physical properties of rocks related to seismic properties,especially the quantitative study of the relationship between elastic properties of rocks and their seismic properties with various fluid distributions.
介绍了岩石物理分析软件系统的总体设计思想和软件实现思路,给出了系统的功能层次结构,做了具体的功能描述。
5) petrophysics
[,petrəu'fiziks]
岩石物理
1.
Based on logging and petrophysics analysis,the elastic parameters(such as elastic impedance,Poisson's ratio and so on) of the effective reservoir are obtained by prestack inversion,and fluid properties are analyzed,which can provide reference for drilling well location.
针对苏里格地区盒8段有效储层厚度薄,横向变化快,常规解释结果多解性强的特点,从测井、岩石物理分析入手,开展叠前地震反演提取有效储层的弹性参数,综合分析预测储层的含流体特性,为钻探井位提供依据。
2.
Introduced are the ideas,purpose,model analysis methods and establishment patterns for the creation of petrophysics experiments data managing system.
介绍了岩石物理实验数据库管理系统的构思、建立目的、模型分析、构建方式及在岩石物理实验方面的应用。
3.
Furthermore, using the viewpoint of carbonate petrophysics, the geological factors, which lead to the velocity characteristic .
应用碳酸盐岩岩石物理学的观点,分析了形成该区石炭系地层和储层速度特征的地质原因,即石炭系的块状高速特征是石炭系成岩作用强,白云岩化程度高,沉积岩性颗粒相对较粗,孔隙类型以溶孔、溶洞为主等地质特征的综合反映。
6) rock joints
岩石节理
1.
In order to study the probabilistic model for aperture of rock joints, rock jointsare idealized as inter facial layers with certain thickness.
为研究岩石节理张开度的概率模型，将节理抽象成界面层，根据含贯通节理的岩石压缩变形特征，确定节理的平均力学张开度。
2.
Strength of rock joints under different shear deformation velocities is the basic information to assess the response and safety of rock structures under earthquake.
不同剪切速率作用下岩石节理强度特性是研究地震荷载作用下岩体结构响应和安全的基本参数,通过RMT–150C电伺服试验机,利用人工浇铸的表面为锯齿状的混凝土岩石节理试样,研究不同剪切速率下各种岩石节理起伏角度岩石节理的强度特征。
3.
On the basis of roughness measuring, aperture simulation, permeability test and numerical analysis using FEM, this paper deals with the complicated hydraulic conductivity of rock joints.
通过节理面粗糙度测量、张开度模拟、节理渗流试验及有限元数值分析，探讨了岩石节理复杂的水力特性。
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