1.
Safety Mining Feasibility and Coal Face Support Control under Main Roof of Thick Igneous Rock
厚层岩浆岩老顶下安全回采的可行性及支护控制
2.
A voucher system hel maintain control over cash di ursements.
一个凭单系统帮助维护控制现金支付。
3.
The Study of Three-dimension Visualized Monitoring and Controlling System for the Excavation Bracing System;
基坑支护系统控制及三维可视化研究
4.
Study on the Control of Massive and Discreteness Cracking Wall Rock and Bolt Supporting;
块状离散性破碎围岩控制及锚杆支护技术
5.
Study on Mechanism and Control of Roof Separation Instability of Roadway Supported by Bolting;
锚杆支护巷道离层失稳机理及控制研究
6.
Study on Deformation Dynamic Controlling of Retaining Structure in Deep Foundation Pit Based on Monitoring Information;
基于监测信息的深基坑支护动态变形控制研究
7.
Mining Amalyses of Frame-work Support by Column and Deformation-control and Protection in Mining Area;
采动区框支结构的采动分析及变形控制和保护
8.
Research on Technology of Surrounding Rock Controlling and Supporting in Fully-mechanized Caving Roadway;
综放沿空巷道围岩控制及其支护技术研究
9.
STUDY OF COMPLEMENTARY SUPPORTING TECHNOLOGY OF EXTREMELY SOFT ROCK MINING ROADWAY
极软岩回采巷道互补控制支护技术研究
10.
ROADWAY SUPPORT DIFFICULTY CLASSIFICATION AND CONTROLLING TECHNIQUES FOR HUAINAN DEEP COAL MINING
淮南矿区深部煤巷支护难度分级及控制对策
11.
Quality controlling measures for soil-nailed wall in deep foundation support
深基坑支护中土钉墙工程质量控制措施
12.
Dynamic Control of Foundation Excavation Deformation in Steel Supporting Engineering in Soft Soil
某软土钢构支护工程基坑变形的动态控制
13.
Analysis on Control Methods of Role of Equilibrium Jack of Two Led Hydraulic Shield
两柱掩护式支架平衡千斤顶控制方式的分析
14.
It is difficult to control the deformation of the extremely soft rock roadway which has the character of continuous plastic deformation by using the single supporting mode.
极软岩巷道具有持续塑性变形破坏的特征,单一支护方式难以控制。
15.
Experiments of Anchorage and Shotcrete Support and Quality Control for the Tailwater Canal of Xiaolangdi Hydropower Station
小浪底电站尾水渠喷锚支护试验及施工质量控制
16.
Investigation and Study on Construction Scheme Optimization and Quality Control of Deep Foundation Pit Support in Qingdao Coastal Area
青岛沿海地区深基坑支护施工方案优化与质量控制研究
17.
In fact, the deformation control goal of deep excavation not only includes retaining system, but also includes the adjoin environment.
实际上，深基坑变形控制目标不仅包括支护体系，而且包括相邻环境。
18.
Research on Rockmass Stability Control and Hybrid Support for High Stress and Complex Rockmass in a Deep Mine;
深部高应力复杂岩层稳定性控制及综合支护技术研究