1) microfissures
隐微裂隙
1.
Analyzing the development degree of rock pores and microfissures as well as the rock hydraulic properties,the variance rules of rock acoustic velocity under the action of water are explained.
通过分析不同成因类型岩石的声波速度,提出了水对不同岩石声波速度的影响,从岩石孔隙及隐微裂隙的发育程度及岩石的水理性质解释了在水的作用下岩石声波变化规律,利用这些规律可以初步判断岩石的隐微裂隙发育程度及水理性质。
2) micro-fracture
显微裂隙
1.
Distribution characteristics of micro-fracture of high rank coals in northern foot of Dabie Mountains;
大别山北麓高煤级煤显微裂隙分布特征
3) micro fracture
微裂隙
1.
The micro fractures are firstly formed in roof above the working face.
研究表明:工作面上方采空区靠顶板侧岩层首先产生微裂隙。
4) microfracture
微裂隙
1.
In the Dongying Depression, high abundance of parallel microfractures are found in the hydrocarbon source rocks of the upper unit of E 2-3 s 4 Member and the lower unit of E 2-3 s 3 Member.
根据岩心观察 ,在东营凹陷沙河街组三段下亚段和沙河街组四段上亚段烃源岩中 ,发现大量顺层面分布的微裂隙 ,且大部分为亮晶方解石所充填。
2.
The type, density and open width of the microfractures in Shiwu faultdown are studied systematically, in which the mechanics and factors controlling microfractures are stated.
以松辽盆地东南十屋断陷为例，详细研究了储集层内分布的微裂隙类型、密度、张开度，并对影响裂隙的因素及其形成机制进行了探讨。
3.
There are microfractures in coal matrix block,which are 10-20μm wide,50-1000μm high.
基质孔隙和次生孔隙主要为简单孔隙树结构，孔隙曲折度高，有效孔隙率低，煤基岩块中普遍发育宽１０～２０μｍ，高５０～１０００μｍ的微裂隙，大多数构成连结孔隙和内生裂隙及层面裂隙的重要通道。
5) microfissure
微裂隙
1.
Application of fluid inclusions in microfissures to study of hydrocarbon migration and accumulation: A case study of Gaoyou depression;
微裂隙内流体包裹体在油气运移及成藏研究中的应用——以高邮凹陷为例
2.
It shows that microfissures in residual soil are of key element to stability and deformation of pits through the engineering practice of microfissure in residual soil and the results of displacement sedimentation observation.
花岗岩残积土基坑支护工程实践及位移变形观测结果表明,残积土中的微裂隙对基坑安全及变形起着决定性作用。
6) microcrack
['maikrəukræk]
微裂隙
1.
From the SEM images,the microcracks microstructural parameters,including length,azimuth angle and spacing,were obtained and statistical.
采用扫描电镜对各温度下大理岩断口进行扫描并对SEM图像进行了分析,对得到的不同温度下微裂隙的长度、方位角、间距等参数进行了统计分析,得到了细观结构几何参数在不同温度下的分布概型:长度在温度20~300℃时服从对数正态分布,450~600℃时服从Weibull分布;方位角在不同温度下服从正态分布;间距在温度20~300℃时服从对数正态分布,450~600℃时服从指数分布。
补充资料：微隐
1.精深而隐秘。
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