斜分段,oblique sublevel
1)oblique sublevel斜分段
英文短句/例句
1.Application of Oblique Sublevel Positive-Step Mining Method on Steeply-inclined Unstable Seam急倾斜不稳定煤层斜分段正台阶采煤方法的运用
2.Selection of Reasonable Section Heights During Top-coal Caving to Steep Seams急斜煤层分段放顶煤开采合理段高选择研究
3.Application of Step Skewing to Permanent Magnet Synchronous Motors转子分段斜极在永磁同步电动机中的应用分析
4.Analysis of instability characteristics of surrounding rock within horizontal section caving face in steep coal seam急斜煤层水平分段综放开采围岩失稳特征分析
parison of strata movement between section and slicing of top coal mining in steep and thick seams急斜厚煤层分层与分段放顶煤岩层移动对比
6.slope error over 10%段的斜率误差10%
7.Research on Low-Dilution and Loss Sublevel Caving of Inclined Medium-thick Orebody in Xiadian Gold Mine;夏甸金矿倾斜中厚矿体低贫损分段崩落法研究
8.Study on Top Coal Caving of Horizontal Section Top Caving in Steep Seam;急倾斜水平分段放顶煤顶煤放出规律研究
9.Simulation Analysis on the Construction of Concrete Cable-Stayed Bridge with Single Tower and Single Cable Span;独塔单索面混凝土斜拉桥施工阶段仿真分析
10.Static Nonlinear Analysis of Long-Span Cable-Stayed Bridges in Construction Stage;大跨度斜拉桥施工阶段几何非线性静力分析
11.Mining Steeply-inclined Thin Orebody with Medium-deep Hole High Sublevel Stoping Method中深孔高分段空场法开采急倾斜薄矿体
12.Analysis on Local Stress of Steel-concrete Joining Sections of a Cable Stayed Bridge混合梁斜拉桥钢混结合段的局部应力分析
13.Mechanical Analysis of Partially Cable-suspended Prestressed Concrete Bridge during Construction;预应力混凝土部分斜拉桥施工阶段力学行为分析
14.The main features of the system are piecewise linear gray level transformation, slope angle adjustment, mapping and normalization, feature distilling.本系统主要特征是分段线性灰度变换、斜度调整、射归一、征提取。
15.Notice in the last italics section that the darkness takes on the qualities and actions of the wave (pg. 237).请注意最后一段斜体的部分，黑暗呈现出海浪的特性与动作（第237页）。
16.STUDY ON STRUCTURE PARAMETER OPTIMIZATION OF SUBLEVEL CAVING FOR HIGH-DIPPING MIDDLE THICKNESS ORE BODY急倾斜中厚矿体无底柱分段崩落法结构参数优化研究
17.Study on Gob-side Entry Retaining Technical with Horizontal Section Top Coal Caving in Steep-inclined and Very Thick Seam;急倾斜特厚煤层水平分段综放开采沿空留巷技术研究
18.Study on Structure and Control of Surrounding Rock in Mining Steep Seams Using Horizontal Section Top-Coal Caving;急斜煤层水平分段放顶煤开采围岩结构及其控制性研究
相关短句/例句
Sublevel inclined-pillar分段斜矿柱
3)oblique sublevel concentration俯伪斜分段密集
1.Three-dimensional FEM simulation of coal mining method ofoblique sublevel concentration;俯伪斜分段密集采煤法三维有限元数值模拟研究
4)section-cut for oblique hole斜眼分段掏槽
5)Sublevel caving mining of steep coal seam急倾斜分段开采
6)step skewing转子分段斜极
1.Step-skew coefficient and reduction coefficient of PM torque and reluctant torque were introduced to analyze the influence ofstep skewing on the back EMF and EM torque;meanwhilestep skewing and skewing slot were also compared in this paper.转子分段斜极是一种能有效削弱齿谐波、改善电机齿槽转矩和转矩脉动的方法。
延伸阅读
保安矿柱保安矿柱safety pillarb000n kLJangzhu保安矿柱(safety pillar)为保护地表地貌、地面建筑、构筑物和主要井巷，分隔矿田、井田、含水层、火区及破碎带等而留下不采或暂时不采的部分矿体。按留设的用途，又分井筒保安矿柱、境界矿柱，防水矿柱、断层破碎带矿柱等。新建矿山的各类建筑物和构筑物应布置在矿体开采后的最终移动境界之外，其边缘与地表移动境界线之间应留一条保护带。保护带的宽度应根据地表保护物的保护等级而定。中国规定:I级保护的保护带宽度为ZOm;I级保护为15m;l级保护为10m。由于地质勘探所圈定的矿体位置和矿体形状与实际开采后的情况可能有误差，因此用类比法选取的移动角圈定地表移动范围时，应考虑5。左右的误差值。为使受地下开采影响的地面建筑物、构筑物不遭损害，留保安矿柱保护是一种比较可靠的方法，但要丢失一部分矿产资源，因此留保安矿柱一般只用于小范围内的重要建筑物或构筑物的保护，以及开采贫矿、薄矿体或浅部矿体时的地表保护。 (颜荣贵李鼎权)
