"软岩采场+soft+rock+stope英语短句+例句大全"是一个关于软岩采场和软岩开采的相关英语短句和例句的汇编。本文旨在为学习英语的读者提供关于软岩采场和软岩开采的专业术语和常用表达，帮助他们在相关领域进行交流和学习。通过收集整理大量的英语短句和例句，读者可以更深入地了解软岩采场及软岩开采方面的专业知识，从而提升自己的英语水平。无论是从事相关工作的专业人士还是对软岩开采感兴趣的初学者，都可以在这里找到有用的信息和表达，以增强其专业知识和语言能力。
软岩采场,soft rock stope
1)soft rock stope软岩采场
2)surrounding rock采场围岩
1.Effect of longwall length on mechanical characteristics ofsurrounding rock stress shell in mining face;采场围岩应力壳力学特征的工作面长度效应
2.Numerical simulation-FLAC~(3D) and equivalent material simulation were carried out to analyze the distribution ofsurrounding rock stress with different thick coal seams based on engineering geology and exploitation technology of 1151(3) fully mechanized top-coal caving(FMTC) face in Xieqiao colliery.以谢桥矿1151(3)综放工作面工程地质和开采技术条件为背景,应用实验室相似材料模拟和计算机数值模拟(FLAC3D),对不同煤层厚度采场围岩应力分布规律进行系统的分析和研究,获得了采场围岩宏观应力壳力学特点和变化规律,即随开采煤厚的增大,应力壳的几何高度增加,壳基应力降低,分布范围增大且离工作面煤壁越远;揭示了煤层厚度对该力学特征的影响和综放与综采工作面及围岩宏观应力壳力学特征的差异,也正是综放工作面矿压显现不同于综采工作面的根本所在。
英文短句/例句
1.Surrounding Rock Control Theory and Application Study of the Coal Face with Greater Mining Height;大采高采场围岩控制理论及应用研究
2.STABILITY PREDICTING AND CONTROLLING OF SURROUNDING ROCK IN LONGWALL STOPE USING NE URAL NETWORKS采场围岩稳定性的神经网络预测控制
3.Numerical Analysis of the Surrounding Rock Mass Stability in Dachang Tongking Tin Mine大厂铜坑矿细脉带采场围岩稳定性的数值分析
4.The Stress Control Method and Its Application in Surroundding Stata Control in Stope;应力控制方法及其在采场围岩控制中的应用
5.Numerical Simulation Study on Distribution Rules of Surrounding Rock Stress of a Mine某矿山采场围岩应力分布规律的数值模拟研究
6.Stope wall rock activity law of long-wall full-mechanized caving mining on strike of steep dipping seam大倾角煤层长壁综放采场围岩活动规律
7.Characteristics of Surrounding Rock and Support Design Procedures in Working Faces of Strong Roof and High Ground Pressure in Deep Mines;深井高地压坚硬顶板采场围岩特性与支护设计方法
8.The Measurement and Analysis of Macroscopic Deformation Rules for Wall Rock of Stope Drift采场巷道围岩变形宏观规律的监测和分析
9.Study on the Stress Field and Movement Laws of Overlying Strata in Gently Inclined Multi Coal Seams Mining;缓倾斜多煤层开采围岩应力场及岩层运移规律研究
10.NUMERICAL SIMULATION OF ROCK DEFORMATION AND SEEPAGE FIELD WITH A FULLY-WATER KARSTIC COLLAPSE COLUMN UNDER MINING INFLUENCE采动影响下强充水型隐伏岩溶陷落柱围岩变形与渗流场数值模拟
11.Study on the Classification and Control of the Surrounding Rocks at Stope and Roadway in Xiadian Gold Mine;夏甸金矿采场及巷道围岩稳定性分类与控制研究
12.Studying on Mining of Spanning the West Main Entry and West Main Intake of -650m Level of Wennan Coal Mine;大采深复杂围 岩双大巷跨采技术研究
13.Research on Movement Characteristic of Surrounding Rock in Full-mechanized Mining Face with Large Mining Height大采高综采工作面围岩活动特征研究
14.Surrounding Rock Controlling Technology and Practice of Large Mining-height Mining Face with Hard Roof and Hard Coal“两硬”大采高围岩控制技术及开采实践
15.Surrounding Rock Control Study of the Coal Entry with Greater Mining-Height;大采高综采工作面回采巷道围岩控制技术研究
16.Relationship between Height of "Three Zones" and Lithology in Overlying Strata in Mining Yard采场上覆岩层“三带”高度与岩性的关系
17.Research on Surrounding Rock Stability Forecasting of Mined-out Area Based on SVM;基于SVM的采空区围岩稳定性预测研究
18.Study on the Stability of Wall Rock and Control Technology on Underground Mining地下开采围岩稳定性及控制技术研究
相关短句/例句
surrounding rock采场围岩
1.Effect of longwall length on mechanical characteristics ofsurrounding rock stress shell in mining face;采场围岩应力壳力学特征的工作面长度效应
2.Numerical simulation-FLAC~(3D) and equivalent material simulation were carried out to analyze the distribution ofsurrounding rock stress with different thick coal seams based on engineering geology and exploitation technology of 1151(3) fully mechanized top-coal caving(FMTC) face in Xieqiao colliery.以谢桥矿1151(3)综放工作面工程地质和开采技术条件为背景,应用实验室相似材料模拟和计算机数值模拟(FLAC3D),对不同煤层厚度采场围岩应力分布规律进行系统的分析和研究,获得了采场围岩宏观应力壳力学特点和变化规律,即随开采煤厚的增大,应力壳的几何高度增加,壳基应力降低,分布范围增大且离工作面煤壁越远;揭示了煤层厚度对该力学特征的影响和综放与综采工作面及围岩宏观应力壳力学特征的差异,也正是综放工作面矿压显现不同于综采工作面的根本所在。
3)quarry of slate采板岩场
4)rock strata采场覆岩
5)quarry run rock采石场原岩
6)Stone Pit; Quarry采石场;岩仓
延伸阅读
采场测量采场测量surveying in stopeea一ehang eellang采场测且(surveying in stope)采场回采矿石阶段的测量工作。采场测量的目的是绘制采场的平面图、纵投影图和断面图，以统计矿石产量和计算矿石损失率和矿石贫化率。采场测量包括:(l)根据采准巷道和采场内的控制点标定采场位置、炮孔位置、验收和填图。(2)测量采场的轮廓并填图。随着.矿体赋存条件和采矿方法的不同，采场测绘方法也异，分为人员能进人的采场测量、深孔刚量和采场空周测量。人员能进人的采场测量分为两种情况:(l)矿床较窄，用浅孔留矿法开采时，形成狭长采空区，在两天井间敷设经纬仪或罗盘仪导线，用支距法测量采场轮廓。并绘制采场平面图、断面图和纵投影图等(图1)。(2)采场较宽大时，采用极坐标法，用经纬仪、平板仪或罗盘仪进行测绘，通过天井把导线点引入采场，建立控制点I、I、兀、份(图2)。在l点安置经纬 纵投影图A一A断面图经 图1留矿法采场图姐分图2宽大采场测t仪，后视l点，依次测量采场各轮廓或顶底板各特征点的坐标和高程，最后绘制采场图。
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