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1)  full extraction
全部开采
2)  deep mining
深部开采
1.
Hyperbolic functions method for analysis of rock mass displacement due to deep mining;
深部开采岩体变形分析的双曲函数法
2.
Development and pospect of geophysical technology in deep mining;
煤矿深部开采中的地球物理技术现状及展望
3.
Influence of the key strata in deep mining to mining subsidence;
深部开采覆岩关键层对地表沉陷的影响
3)  mining in deep-lying
深部开采
1.
In China,with coal resource mining in deep-lying being developed,therefore,the main technology problems about prediction and control of surface subsidence are brought out.
在深部开采条件下,结合深部地质灾害的特点,总结分析了目前深部开采存在的主要问题,提出了深部开采条件下应深入开展相关研究工作的意见和建议。
2.
In the conditions of mining in deep-lying,combining with the characteristics of surface subsidence,main problems of prediction and control are summed up and analyzed.
在深部开采条件下,结合地表沉陷的特点,总结分析了预测与控制存在的主要问题,表现在其预测模型、参数以及保护煤柱的留设方法和参数等方面。
3.
Based on analyzing problem of displacement angle of stratum mining in deep-lying conditions at present,under a determination geology mining conditions,the changing principle of displacement angle of stratum is probed into,along with exploiting depth,thickness and coal inclination angle etc,and its calculation formula is established in deep-lying.
在分析目前深部开采条件下岩层移动角确定存在问题的基础上,在一定的地质采矿条件下,探讨了岩层移动角随开采深度、开采厚度及煤层倾角等的变化规律,建立了深部开采条件下移动角的计算公式。
4)  deep mine
深部开采
1.
The formation conditions,forecast and prevention of impact pressure in deep mine;
深部开采冲击地压发生条件及预测和防治
2.
According to underground metal mining technology development at home and abroad,this paper emphatically discusses the development tendency of deep mine,high efficiency mining,continuous and no waste mining and intelligent and digital mining.
针对国内外地下金属矿山开采技术的发展,着重论述了深部开采,高效率采矿,连续化、无废化采矿,智能化、数字化矿山4个领域的发展趋势。
3.
Comprehensive experiment and stability monitoring for soft and complex strata of high stress roadway in deep mine project;
深部开采中巷道维护理论与浅部有十分明显的区别。
5)  shallow mining
浅部开采
1.
The forming condition and existing state of land collapse basins for shallow mining in a coal mine were investigated completely in this paper.
全面调查了某矿浅部开采地面塌陷坑的形成条件及存在状态 ,采用模糊聚类分析方法对地面塌陷坑进行了科学的分类 ,分析了塌陷特征及其对井下危害程度 ,提出了消除塌陷坑对井下危害、恢复矿区生态环境的防治目标及具体原则 ,研制出地面塌陷坑治理的四种方案 ,即①排除积水 ,构筑隔水层 ;②煤矸石充填塌陷坑复垦土地 ;③利用塌陷坑发展养殖 ;④因地制宜 ,综合治理。
6)  fractional recovery
部分开采
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