试论深井硬岩矿山岩爆巷道支护 -阿里巴巴冶金资讯 关键词 深井开采 岩爆 巷道支护[gap=490]Keywords: Deep mining,Rockburst,Drift support
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巨厚煤层应力集中诱发冲击矿压的作用机理_理论研究_中国煤矿安全网 关键词:深部开采;巨厚煤层;FLAC3D;冲击矿压 [gap=1380]Keywords:deep mining;ultra thick seam;FLAC3D;pressure bump
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准/规范中文名: 矿山测量平面图.地下采矿.巷道.注释说明 标准/规范英文名: Mine plans; deep mining; underground workings; comments 批准日期: 1992-02 翻译进度: 待翻译 标准号&标准中文名&标准英文名: DI
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Deep sea mining 深海采矿 ; 海洋采矿
ultra-deep mining 超深开采
Deep Mining Theory and Technology 深井采矿理论与技术
deep mining tunnel 深井巷道
deep mining design 深部开采设计
deep mining methods 深部采矿方法
deep mining district 深部矿区
Rock bursts will be a serious problem for the mine during deep mining excavation.
对此类矿床赋存条件的地下矿山,深部开采时可能遇到的一个突出问题就是岩爆。
参考来源 - 玲珑金矿深部开采岩体能量分析与岩爆综合预测 ANALYSIS ON ENERGY DISTRIBUTION AND PREDICTION OF ROCK BURST DURING DEEP MINING EXCAVATION IN LINGLONG GOLD MINEThe control technology of heat harm in mine plays an important role in the deep mining in our country.
井下热害控制技术在我国深井开采技术中占有很重要的地位。
参考来源 - 金属矿山热害控制技术研究·2,447,543篇论文数据,部分数据来源于NoteExpress
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。
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