矿井水害,mine water disaster
1)mine water disaster矿井水害
1.Technology formine water disaster prevention and control with mine old goaf;利用老采空区防治矿井水害的工程技术
2.Mine water disaster is one of the main factors which affects and threatens the safety and high-activity yield of coal mine in China.矿井水害是影响和威胁中国煤矿安全、高效生产的主要因素之一。
3.Themine water disaster is the threaten of coalmine safe-production,a planty of research have been carried out in the electrical field at present time both home and abroad.矿井水害问题一直威胁着煤矿安全生产,目前国内外以直流电法为主开展了大量的井下探水研究工作,取得了一定的成果,但在探测效率、准确性以及针对性问题方面仍存在诸多不足。
英文短句/例句
1.Mine Water Disaster Prediction System Research Based on GIS基于GIS的矿井水害预测系统研究
2.The Application of Sensor Command System in Preventing Mine Water Disaster传感控制系统在矿井水害预防中的应用
3.Application of fault tree analysis in mine flood preventing and controlling事故树分析法在矿井水害防治中的应用
4.Three-dimensional parallel electric surveying and its applications in water disaster exploration in coal mines三维并行电法勘探技术与矿井水害探查
5.Key Techniques of Underground Mine Inundation Prevention and Teaching Programs for Talents Training矿井水害防治关键技术及防治水专业人才培养方案探讨
6.EXPERIMENTAL RESEARCH ON MINE FLOOR WATER HAZARD EARLY WARNING BASED ON RESPONSE OF GEOELECTRIC FIELD IN GROUNDWATER SEEPAGE基于地下水渗流中地电场响应的矿井水害预警试验研究
7.Application of Transient Electromagnetic Method to Coalmine Damage Control--Taking the Wanghe Coal Mine in Xingyang,Henan Province for example瞬变电磁法在矿井水害防治中的应用——以河南省荥阳市王河煤矿为例
8.Research of Water-inrush Mechanism and Water Disaster Prevention Measures about Fengying Coal Mine of Jiaozuo Mining Area焦作矿区冯营矿矿井突水机理与水害防治研究
9.Management Information System of Mine Confined Water Disaster Based on GIS;基于GIS的矿井承压水害管理信息系统
10.Application Approach of HIS in the Mine Hydrogeology Calamity;HIS在矿井水文地质灾害中的应用探讨
11.Analysis and Countermeasures to Mine Inrush Disaster in Bishan Coal Mine庇山煤矿矿井突水灾害分析及治理技术
12.Application of the mine direct electrial in the coal water disaster forecast矿井直流电法在煤矿水害预测中的应用
13.Mine Hydrogeologic Information Management and Water-Disaster Prediction System;矿井水文地质信息管理与水害预测系统
14.The Hydrogeologic Condition and Water Hazard Control of the Second Division of Yang Chang Wan Coal Mine羊场湾二分区矿井水文地质条件及水害防治
15.Study of Technology on Identification and Closing to Water Damage with High Strength Seepage in Abandoned Mine;废弃矿井高强渗流水害识别与封堵技术研究
16.Prediction and Evaluation on Gullies Water Disaster on the Surface of Shallowly-exploited Mine in Western China西部浅部开采矿井地表冲沟水害的预计评价
17.Study on the Mechanism of Water-Bursting Disaster from the Floor of Mine and It"s Integrated Judgement and Measure and the Software Exploitation of Forecast System;矿井（底板）突水灾害的动态机理及综合判测和预报软件开发研究
18.RECYCLE ON HIGH-SALINITY MINE WATER IN SHENDONG MINING AREA神东矿区高矿化度矿井水资源化探讨
相关短句/例句
Mine flood矿井水害
1.Application of fault tree analysis in mine flood preventing and controlling事故树分析法在矿井水害防治中的应用
3)Mine disaster矿井灾害
1.The developing history of GIS-based mine disaster monitoring and prewarning system (MineDMPS) are summarized.分析了基于GIS的矿井灾害监控与预警技术研究现状及应用系统开发存在的问题,探讨了软件系统功能需求与总体框架结构设计,提出了利用“GIS组件+统一建模语言(UML)+Delphi”和基于。
4)heat harmful mine热害矿井
1.Research on distribution rule of temperature field inheat harmful mine;热害矿井巷道温度场分布规律研究
2.In order to solve the heat harmful problem by deep-seated exploitation, a mathematical model of temperature field of tunnel based on the theory of geology and the thermodynamics is built inheat harmful mine, and the numerical simulation analysis is studied.为解决深部开采带来的热害问题,基于地质学和热力学理论,建立了热害矿井巷道温度场的数学模型,并对其进行了数值模拟分析,初步研究了巷道内部温度场随埋深的变化规律。
5)mine heat disaster矿井热害
1.According to the actual conditions of themine heat disaster,a ZLSLG-500F mine refrigeration device was researched and developed.针对矿井热害的实际情况研发ZLSLG-500F型矿用制冷装置,对其工作原理、结构特点及主要技术指标进行介绍,并对矿用制冷装置运行工况参数进行了测试,结果表明该机组运行平稳可靠,各项指标均达到设计要求,可有效解决井下高温热害,为我国矿井热害治理提供了一种行之有效的装备。
2.In order to scientifically evaluate themine heat disaster,the grey related analysis method and the fuzzy variable weights judgment theory were applied to the study on the different air meteorological parameters affected to themine heat disaster.为了科学评价矿井热害,采用灰色关联分析法和模糊变权评判理论对影响矿井热害的各空气气象参数进行研究,利用模糊统计方法构造各参数的隶属度函数,运用灰色关联分析法确定评判中初始权值的分配,根据各气象参数重要性影响程度的动态变化特点,提出了矿井不同采掘工作面热害的多因素模糊变权综合评价模型,并以兖矿集团东滩煤矿的实测数据进行计算,结果表明:当不同采掘工作面空气气象参数较相近时,该研究所提出的评价模型比普通模糊评判法的精度高。
6)water hazard in coal mine井田水害
延伸阅读
水害1.水之祸害;水灾。
