1)coalfield fire煤田火灾
1.With the introduction of clean development mechanism to the coalfield fire extinguishing,some problems such as insufficient money and key equipments depending on import can be solved effectively,and the step of coalfield fire extinguishing will be accelerated in our country in the future.煤田火灾每年造成大量煤炭资源损失,引起区域空气污染、水质恶化、生态灾难等环境问题。
2.The main factors favoring the coalfield fires are that Xinjiang is located in the hinterland of the Eurasia with a typical continental dry climate,the coal-bearing series in Xinjiang is the Middle-Late Jurassic,regional geological activity there is strong.新疆是世界上煤田火灾最严重的地区,原因主要是新疆地处欧亚大陆腹地,具典型的大陆性干旱气候;新疆地区煤系为中下侏罗纪,地质活动较为剧烈;小煤窑的乱采滥挖等。
英文短句/例句
1.Study on the regularity of gas/smoke flow and the characteristics of heat-transfer with spontaneous combustion in Xinjiang coalfield新疆煤田火灾烟气流动与传热特性的研究
2.Improvement of GAF Topology Algorithms in Wireless Sensor Network for Xinjiang Coalfield Fire Monitoring;面向新疆煤田火灾监测的无线传感器网络GAF拓扑算法的改进
3.Coal spontaneous combustion is one of disaster in Yima coalfield.煤炭自燃是义马煤田主要灾害之一。
4.Laws of Ground Subsidence Geology Hazards during Coal Mining in Eastern Ningxia Coalfield;宁东煤田采煤沉陷地质灾害规律研究
5.The technology carries out eight Lian Cheng coal mine goaf internal cause conflagration prevention and cure八连城煤矿采空区火灾防治技术实践
6.Research on Explosion-proof Switch of Coal Mines with Fire Detection Function兼有火灾探测功能煤矿防爆开关研究
7.Coal spontaneous combustion seriously threats the safety of coal industry.煤自燃火灾严重威胁着煤炭工业的安全。
8.Research on Technique of Gas and Fire Disaster Prevention and Control for Gas Burst Thick Coal Seam in Luling Coal Mine芦岭煤矿突出厚煤层瓦斯及火灾防治技术研究
9.Heat insulation and fire prevention for monolithic closed coal yard wall整体式封闭煤场挡煤墙保温隔热与火灾防护
10.The Fire Danger of Coal-Bed Methane Power Generation and Fire Prevention Measures Research煤层气发电的火灾危险性及防火措施研究
11.The ash may be from the north east of theDatong coal field.火山灰可能来自大同煤田东北方向。
12.The Relationship Between Mining-induced Earthquake and Geological Disaster in Jurassic Coalfield of Western Hill,Beijing北京西山侏罗纪煤田矿震与地质灾害的关系
13.The Application of RS in Shanxi Datong Coalfield Geologic Hazard Investigation;遥感在山西大同煤田地质灾害调查中的应用
14.Remote Sensing Information Extraction of Coal Spontaneous Combustion and Comprehensive Study of Regional Geology;煤田自燃灾害遥感信息与区域地质综合研究
15.The Application of FGS in the Central Production Facility of the Touat Oilfield火灾和气体检测系统在油田中心处理站的应用
16.Study and Application on the Technique of Preventing and Extinguishing Spontaneous Combustion Hazards in Contiguous Seams;近距离煤层群自燃火灾防治技术的研究与应用
17.Research of Technology for Mine Fire Prediction by Using Smell Identification;煤矿火灾预测预报气味识别技术的研究
18.The Study of Preventing and Extinguishing Technique Against Spontaneous Combustion of Coal in the Fully Mechanized Ultra-long Top-Coal Caving Face;超长综放面煤层自燃火灾防治技术研究
相关短句/例句
Coalfield Fire Monitoring Network煤田火灾监测网
3)coal mine fire煤矿火灾
1.Current situation and development trend for coal mine fire prevention & extinguishing techniques in China;中国煤矿火灾防治技术现状与趋势
2.Fire occurrence,spread and damage process can be recurred by Virtual Reality System in Coal Mine Fire,and has important significance for the effect analysis of coal mine fire controlling,rescue technique and safety training.煤矿火灾仿真系统能重现井下火灾起火、蔓延、破坏过程,对煤矿火灾防治与救灾技术效果分析及安全培训中灾害重现具有重要意义。
3.It is one of methods to prevent coal mine fire with inert gas,however,it has induced gas explosion when the inert gas was injected into closed fire zone.研究结果对于煤矿火灾救灾过程中防止次生灾害的发生具有重要意义。
4)coal-mine fire煤矿火灾
1.Research on simulation system for coal-mine fire process;煤矿火灾过程仿真模拟系统的研究
5)fires extinguishing in coal field煤田灭火
6)coalfield fires煤田火区
1.Coalfield fires resulted from coal spontaneous combustion has already become one of the major casualties of coal production.煤层自燃形成的煤田火区是煤矿区重要灾害之一。
延伸阅读
阿巴拉契亚煤田阿巴拉契亚煤田AppalachianCoalBasin世界产量最大的煤田。分布在美国东部的9个州(西弗吉尼亚、宾夕法尼亚、肯塔基、俄亥俄、亚拉巴马、弗吉尼亚、田纳西、马里兰、佐治亚)。含煤面积18万平方千米。含煤地层属石炭纪。900米深度内的地质总储量为3107亿吨，1991年1月1日探明储量937.6亿吨，其中可采储量499亿吨。阿巴拉契亚煤田以盛产优质炼焦煤闻名于世，煤田北部的匹兹堡煤层，面积5440平方千米，探明储量120亿吨，挥发分37％，灰分7％，硫分2.2％，发热量32.35兆焦／千克。在宾夕法尼亚东部，有美国唯一的无烟煤资源。亚拉巴马州有少量褐煤。该煤田开采条件十分优越。99％是近水平煤层，煤层平均厚1.7米，矿井平均开采深度仅70米，许多地方可露天开采。矿井广泛采用短壁采煤法和大型无轨采运设备。阿巴拉契亚地区矿产资源丰富，雨量充沛，水陆交通便利。其近代煤炭工业在19世纪60年代南北战争以后兴起，20世纪初已成为世界最大煤炭基地。后来在采煤的基础上，逐步形成拥有煤炭、电力、钢铁、机械等行业的巨大工业中心。1991年生产商品煤4.16亿吨(原煤约4.78亿吨)。阿巴拉契亚煤田采掘现场
