The results measured have great importance to the design of deep mining.
测量结果对深部采矿设计具有重要指导意义。
At the end of the paper, it is pointed out that the thermal-mechanical-hydrological coupling model under the conditions of deep mining is an attractive topic.
文章最后指出深部条件下热-水-力耦合模型是一个值得关注的研究方向。
It is certainly a new and valuable modeling and testing research platform for studies of both water inrush in coal mines and related mechanical problems in deep mining engineering.
显然，该装置为深部开采中的岩石力学问题以及矿山突水机制与防治的试验研究与测试工作提供了新的、具有重要作用的平台。
Rockburst tendency is one of the important indices for the safety evaluation of deep mining engineering.
岩爆倾向性是评价地层深部工程安全性的一个十分重要的指标之一。
Finally, creep failure mechanism of surrounding rock in deep mining is analyzed by stress difference theory.
并利用应力差理论分析了深部巷道围岩的蠕变破坏机理。
After optimization of deep mining boundary, mining activities become reasonable thus achieving good economic benefit.
通过对境界优化后，可使采场的开采更趋于合理，经济效益十分显著。
According to the field observation data, mining pressure and rock burst tendency in deep mining condition are studied.
根据现场观测数据，对深部开采条件下工作面采动压力和冲击矿压倾向进行了研究。
The newly invented and applied techniques and equipments for deep mining at abroad are introduced briefly in the article.
文中对国外深部开采所发明与使用的新技术、设备作一简要介绍。
Soft rock wall of tunnels in deep mining will have large creep deformation when the stress in rock is near its ultimate strength.
在深井软岩条件下，巷道围岩应力状态处于岩石强度极限邻域内，围岩会产生较大的蠕变变形。
For improving filling quality in deep mining, the gradation composition of classifying tailings was researched on fractal theory.
为实现深部开采高质量充填，用分形理论研究了分级尾砂级配。
After 40 years' mining in Maluping mine of Kaiyang Phosphorus mine Group, some of its level positions are coming into the deep mining.
开阳集团马路坪矿经过40多年的开采，某些中段即将进入深部开采的范围。
The tunnel instability of deep mining in metal mines has increasingly become one of the main problems troubling normal production of mine.
金属矿山深部开采巷道失稳日益成为困扰采矿正常生产的主要问题之一。
The problems of rock mechanics caused by the deep mining engineering are the focuses in the fields of mining engineering and rock mechanics.
深部开采工程中产生的岩石力学问题成为目前国内外采矿及岩石力学界研究的焦点。
The stability of horizontal pillars in deep mining is one of the common technical challenges that should be solved urgently for underground metal mines.
深部水平矿柱开采的稳定性问题，是地下金属矿山迫切需要解决的共性技术难题之一。
With the development of deep mining in mines, more and more collapse problems of surrounding rocks named soft rock in roadway become increasing serious.
随着煤矿开采深度的加大，越来越多巷道围岩呈现软岩变形特性，变形破坏非常严重。
The implementation of the optimized design scheme has provided an effective way for the ventilation and temperature lowering in the deep mining in China.
方案的实施为国内深井开采通风降温技术提出了一条比较有效的途径。
The rock mechanical features and disasters characteristic concerning deep mining, novel disaster control measures and decision-making technology are described.
介绍深井开采的岩石力学问题及深井灾害的特点、灾害控制新思路、决策技术。
The second phase of underground mining of Tonglushan Mine, Daye Non-ferrous Metals Company, will be finished, and the third phase of deep mining is going to be carried.
大冶有色金属公司铜绿山矿二期工程地下开采接近尾声，即将开展三期工程深部开采开拓。
The author more systematically describes state-of-arts of research in rock burst hazard in deep mining in metal mines, including analysis of affected factors of rock bur…
较为系统地阐述了深井金属矿山岩爆灾害的研究现状，包括岩爆的影响因素分析、岩爆灾害预测预报技术和岩爆灾害控制技术。
By using an explicit finite difference program FLAC3D, a model of numerical calculation is established for a deep mining pillar with dynamic disturbance under high stress.
对深部矿柱在承受高静载应力时的动力扰动力学模型进行应力波传播力学响应分析，采用FLAC3D有限差分程序对深部开采圆形矿柱进行高应力下动力扰动数值计算。
Hence, studying of the creep property of rock under disturbing force and developing an appropriate theory for it are of great importance for support of soft rock in deep mining.
因此，研究岩石的蠕变特性以及岩石在扰动载荷作用下的变形效应，建立蠕变扰动效应理论，对深井软岩支护具有重要的工程实用价值。
The new data of metallogenic epochs, the zoning of the mineralization, fluid inclusions and deep mining outcrops in the Jinqingding gold deposit have been reviewed comprehensively.
综合评述了金青顶金矿矿化分带、成矿年龄、流体包裹体以及深部采矿露头新资料。
With mining capacity continuous increase and with mine entering into deep mining stage, the grade of crude ore and the grindability of ore decrease that raise the cost of grinding.
随着矿山规模的不断扩大和进入深部开采，矿石的原矿品位和相对可磨度逐渐降低，磨矿成本随之升高。
Especially when the pillar is endured very high static stress, even a small dynamic disturbance may lead to its plastic destroying and result in a domino effect in the deep mining.
承受高静载应力的矿柱，较小的动力扰动可能会使其发生塑性破坏而导致深部开采时的“多米诺骨牌”效应。
Based on the background of deep mining, some conclusions related to effects of temperature and confining pressure on behaviors of deformation and failure of rocks at depth are reviewed.
以深部开采为背景，讨论了温度和压力对深部岩石变形和破坏规律的影响。
Stress of soft rock in deep mining is close to strength limit state, rock is sensitive to outer disturbed loading, research project was put forward in order to study rock rheology disturbed effects.
深井软岩的应力状态接近于岩石强度极限状态，对外部扰动载荷十分敏感，为了研究这种高应力状态下岩石表现出的力学特性，提出了岩石流变扰动效应这一研究课题。
This paper introduced the present situation and the developing tendency of international leaching technique, deep mining, mine environment protection and treatment, filling technique and ocean mining.
介绍了国际上溶浸技术、深部开采、矿山环保与治理，充填技术和大洋采矿的现状及发展趋势。
Deep mining; Heat harm control; Recovery and utilization of high pressure water; Long heat pipe technology; Unmanned mining mode;
深井开采；热害治理；高压水回收利用；超长热管技术；无人开采模式；
Deep mining; Heat harm control; Recovery and utilization of high pressure water; Long heat pipe technology; Unmanned mining mode;
深井开采；热害治理；高压水回收利用；超长热管技术；无人开采模式；
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