地下采矿方法

  • 网络Underground mining method
地下采矿方法地下采矿方法
  1. 基于体视化技术的地下采矿方法设计系统研究

    Research on Underground Mining Method Design System Based on Volume Visualization Technique

  2. 体视化技术及其在地下采矿方法设计系统中的应用研究

    Application Study on volume visualization technique and underground mining method design system

  3. 地下采矿方法合理识别的人工神经网络模型

    Artificial Neural Net Model for Reasonable Recognition of Underground Mining Methods

  4. 地下采矿方法选择的新途径述评

    A review of new approaches to the selection of underground mining methods

  5. 优化地下采矿方法结构的遗传规划

    Genetic programming for the structural optimization of underground mining methods

  6. 自然崩落法是一种高效率的地下采矿方法。

    BIock caving is a high-effeciency underground mining method .

  7. 湘西金矿地下采矿方法安全性的数值模拟研究

    Numerical studies of the safety for the underground mining system in Xiangxi Gold Mine

  8. 地下采矿方法选择的多属性决策

    Multiattribute Policy Decision of Underground Mining Method Selection

  9. 我国黄金矿山地下采矿方法现状及今后主要课题

    The current situation and tasks of underground mining methods in the Chinese gold mines

  10. 金川矿区的地下采矿方法

    Underground mining method adopted in Jinchuan Mine Areas

  11. 我国中厚缓倾斜磷矿地下采矿方法的发展

    Development of underground mining methods for gently inclied and medium thick phosphate deposite in China

  12. 浅谈洛阳矿区南矿段地下采矿方法的改进

    Preliminary Discussion on the Improvement of the Underground Mining Method for the South Section of Luoyang Mining Area

  13. 提出用遗传规划优化地下采矿方法巷道布置的新方法。

    This paper presents a new approach to obtain the optimal opening structure of underground mining method by genetic programming .

  14. 始于80年代的改革开放形势,促进了我院地下采矿方法研究工作的蓬勃发展。

    At the beginning of the1980 's , the ongoing reform and open-door policy has been facilitating CIMR 's development in mining technology .

  15. 本文应用信息扩散原理处理采矿方法选择中存在的知识不完备性问题,结合运用人工神经元网络选择地下采矿方法,并通过一个实例进行说明,且取得了令人满意的结果。

    Choosing underground mining methods by information spreading and artificial neural network on condition of imperfect knowlege is described with an actual example in this paper .

  16. 用价值工程的基本原理,选择地下采矿方法,进行多方案、多目标决策。

    This article uses the cardinal principle of value engineering to make a multiplan and multi-objective decision , in order to select an underground mining method .

  17. 地下采矿方法的选择需要能准确给出各影响因素的权重系数,目前的选择方法未能很好地解决该问题。

    The selection of underground mining methods requires an exact determination of weight coefficients of various influent factors and the existing selection methods haven 't solved the problem .

  18. 对于需要维护采场围岩的地下采矿方法来说,在设计阶段判定采场的稳定性是十分重要的。

    For the underground mining methods in which the stope country rocks have to be supported , it is important to evaluate the stope stability at the designing stage .

  19. 我国地下矿山采矿方法的进展及发展趋势

    Advance in China 's Underground Mining Methods and Its Development Trend

  20. 浅论岩金地下矿山采矿方法的二次选择

    Second-selection of mining method of rock gold underground mine

  21. 露天转地下;采矿方法;层次分析法;模糊综合评判;

    Transition from open-pit to underground mining ; Mining model ; AHP ; Fuzzy synthetic judge ;

  22. 回顾了建国50年来我国地下矿山采矿方法的进展,概括总结了体现我国地下采矿技术水平的崩落采矿法、空场采矿法和充填采矿法,展望了我国地下采矿方法的发展趋势。

    Advance in China 's underground mining methods is reviewed , caving mining , open stope mining and stoping filling mining that reflect China 's underground mining technological level are summed up and the developmental trend of China 's underground mining methods is forcasted .

  23. 文中对岩金地下矿山采矿方法的二次选择进行了论述,指出了采矿方法二次选择的重要性,并介绍了部分矿山采矿方法二次选择的应用现状。

    The paper discussed on second selection of mining method of rock gold underground mine . The importance of the second selection of mining method was pointed out and the current applying situation for the second selection of the mining method in part of gold mines was introduced .

  24. 露天转地下开采过渡期采矿方法及安全问题研究

    Research on Mining Method and Safety During Transition from Open Pit Mine to Underground Mine

  25. 以新城金矿为实例,介绍了金属矿山地应力的规律性及地下矿山采矿设计优化方法;

    Taking Xincheng Gold Mine as the example , the law of ground stress of metal mines and the optimization of mining design for underground mines are presented .

  26. 这对研究矿山露天地下联合开采过程中的露天矿边坡稳定性、地下采矿方法和开采顺序等有重要的意义。

    It is of important significance to the study of the open pit slope stability , underground mining method and mining sequence in open-pit and underground combined mining .