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Keywords mine water;utilization;technological process;electrodialysis; 矿井水;资源化;工艺流程;电渗析;
Keywords mine water;pilot test;chemical oxidate-flocculating settling method;treatment; 矿坑水;化学氧化-絮凝沉降法;处理;试验;
Keywords mine water disaster;water controlling measure;Heye mining area; 矿井水害;防治水措施;荷叶矿区;
Keywords mine water filling factor;water filling source;water control measures;Changhe coalmine; 矿井充水因素;充水水源;防治水措施;长河煤矿;
Keywords mine water;slime water;labyrinth lamella setting basin;filter pressing; 矿井水;煤泥水;澄清;迷宫斜板沉淀池;压滤;
Keywords mining water hazards;soleplate water-bursting;ordovician limestone karst;influence evaluation; 矿井水害;底板突水;奥灰岩溶;影响评价;
Therefore, control Strategies of Mine Water Bursting Geological Hazard of Pongxi Marble Mine are discussed. 在此基础上,探讨了鹏茜大理石矿矿坑突水地质灾害的防治对策。
The mine water disaster prevention and control in Dashui Mine should be to clarify the mine refilled water condition. 大水矿井治理水害必须从查清矿井充水条件入手。
Carry on dangerous appraisal of mine water leakage accident while regarding tunneling face as an example. 以掘进工作面为例,进行矿井透水事故危险性评价。
The acid resistance and oxidizing power of the bacteria can provide a biochemical way for the treatment of acid mine water. 同时,细菌的耐酸性和氧化功能,为酸性矿坑水的处理提供微生物化学途径。
It is proposed to apply the recycle economy to the mine water system and to act in the principles of quantity reduction,reutilization and recycle. 分析了我国矿山污水的主要来源、特性及传统处理方法;
In the method, the weights of various evaluation indices are determined by AHP and mine water quality is assessed by FCE. 利用层次分析法确定了矿井水各评价指标的权重，采用模糊综合评价的方法进行了矿井水质量评价。
In order to protect water resources and mine environments, we have to take efficient methods to make mine water purified and recycled. 为了保护水资源和矿区环境,必须采取有效的技术措施,使矿山废水净化、复用,以保护短缺的水资源。
The author looked back on the development course of mine water prevention and control, and rock and soil reinforcement technologies in CIMR over the past 32 years. 本文回顾了我院32年来在矿山防治水与岩土加固领域上所走过的历程;
Applying the background values of aquifer derived from clustering analysis, a fuzzy comprehensive estimation model was developed for quick recognition of mine water inrush. 摘要应用模糊聚类分析得到的含水层背景值，建立模糊综合评判模型，进行矿井突水水源快速判别。
"Mainly prevention, secondly combining the prevention with rescue" is a basic principle to establish the counterplan of the coal mine water disaster emergency rescue. “预防为主、防救结合”是我国煤矿水害应急救援预案制订的“八字”基本原则。
For a long time, the drainage pit mine water of HaiZhou open pit can"t be used fully, and large water only be drained as waste water which squanders water greatly. 长期以来海州露天煤矿排水坑矿井水未能被充分利用，大量的矿井水被作为废水排放掉，这极大的浪费了宝贵的水资源。
Base on the back ground of Dafosi Mine project,the key strata theory and cusp catastrophe theory was applied to analyze the mine water inrush mechanism from roof. 以大佛寺煤矿工程为背景,运用关键层理论与尖点突变理论分析了采场顶板透水的发生机理,认为基岩关键层突发性破断失稳是顶板突水的诱因。
Prevention of mine water are basic jo bs of mine exploitation,and there are more and more important significan ces for sus-tainable development of coal industry. 矿山防治水工作是矿山开发的基础性工作,对煤炭工业的可持续性发展有越来越重要的意义。
Applying the background values of aquifer derived from clustering analysis,a fuzzy comprehensive estimation model was developed for quick recognition of mine water inrush. 应用模糊聚类分析得到的含水层背景值,建立模糊综合评判模型,进行矿井突水水源快速判别。