综采,fully mechanized mining英语短句,例句大全

综采,fully mechanized mining
1)fully mechanized mining综采
1.Features of overburden rock fracture in fully mechanized mining of Qidong Coalmine;祁东煤矿综采覆岩破坏特征
2.3 mining area,the now actual production condition in Taoshan Coal Mine,the useful featibility of fully mechanized mining in the thin coal seam mining is expounded.根据桃山煤矿二水平三采区的地质条件、地层条件以及目前桃山煤矿的实际生产条件,论述了综合机械化采煤工艺在薄煤层开采中应用的可行性,存在的问题和解决办法,以及采用综采后产生的经济效益和社会效益。
3.In order to realize highly efficiency and make full use of the function of the equipment,the fully mechanized mining has been used.淮南矿业集团谢一矿5111sC15工作面为5111sC13的保护层工作面,原计划采用的回采工艺为炮采,后为实现高效,发挥设备功能,改为综采,为此进行了一系列改造与创新,取得了较好的经济效益与社会效益。

英文短句/例句

1.Improving Extraction Technology By the Support of Comprehensive Mining;普通综采支架加大采高回采技术实践
2.Research and Application of Full-mechanized Caving Mining with High Mining Height in Huaibei Mining Area淮北矿区大采高综采放顶煤开采技术
3.Mining all Height at One Time Technology of Large Mining High Angle Compound Mining Working Face大采高大倾角综采工作面一次采全高回采工艺
4.Highly gassy longwall coal faces with big mining heights:comprehensive mine gas control technology大采高高瓦斯综采工作面瓦斯综合治理技术
5.Comprehensive Gas Drainage Technology of Fully Mechanized Mining Face in Seam with Soft Roof,Soft Coal and Soft Floor三软厚煤层综采工作面瓦斯综合抽采技术
6.Vertical dip mining system for fully mechanized face under the condition of large dip angle (24°)大倾角24°条件下综采俯斜开采技术
7.Research on mining technology of combined mining at large inclined angle "three soft" coal seam“三软”煤层大倾角综采回采工艺研究
8.Research on Movement Characteristic of Surrounding Rock in Full-mechanized Mining Face with Large Mining Height大采高综采工作面围岩活动特征研究
9.Research on Support of 9~# Difficult Mining Coal Seam of Fully Mechanized Mining Tunnel in Ximing Coal Mine西铭矿9~#难采煤层综采巷道支护研究
10.Full-mechanized Mining Technology under Complex Geological Condition复杂地质条件下综采工作面回采技术
11.Pingdingshan Coal Mine Group Four Fully Mechanized Excavation Integrated Electrical and Mechanical Thinning Management平煤集团四矿综采综掘机电细化管理
12.Surrounding Rock Control Study of the Coal Entry with Greater Mining-Height;大采高综采工作面回采巷道围岩控制技术研究
13.Study on the Gas Migration in the Goaf Filling of Full-mechanized Mining Working Face综采工作面充填开采采空区瓦斯运移研究
14.The Applied Research of Gas Drainage Technology in the Goaf of Full-Mechanized Mining Working Face综采工作面采空区瓦斯抽采技术的应用研究
15.Technology of30kt/d Full-mechanized Mining with Large Mining Height in Large Angle Coal seam日产30kt大采高大倾角综采工作面开采技术
16.Research on the Mining Technology for Fully-mechanized Coal Mining Face in Steep Coal Seam Under Complicated Geological Condition复杂难采煤层大倾角综采面回采工艺研究
17.The Cool down Technologe Research and Implementation of Large Shear Deep and Long Strike Fully Mechanized Face大采深、长走向综采工作面综合降温技术研究与实施
18.Study on Rock Pressure Law of Fully Mechanized Mining Coal Face with Mining Heitht of 5.8～6.0m in Sihe Coal Mine;寺河煤矿5.8～6.0m大采高综采面矿压规律研究

相关短句/例句

fully mechanized coal mining综采
1.2 west mining area of Panyi Coal Mine,analyzing the overburden failure law of top slice,classifying and evaluating the overlying unconsolidated aquifers and weathering zone of base rock,and researching on the reason of water output from the working face of top slice as well as the cause of pressing bracket,we demonstrated the feasibility of fully mechanized coal mining on this.通过对潘一煤矿西二采区缩小防水煤柱块段13-1煤底分层赋存条件及其顶板岩性特征的研究,顶分层覆岩破坏规律的分析与研究,上覆松散含水层及基岩风化带的划分与评价,以及顶分层试采工作面出水及压架原因分析与研究,论证了本底分层块段缩小防水煤柱上综采的可行性。
2.56104 fully mechanized coal mining face in Xinzhuangzi Mine as the example and from the two points for the stability control .在对大倾角煤层开采矿压显现及岩层移动特征分析的基础上,结合现场实测,提出了大倾角工作面支架-围岩相互作用关系,并对大倾角综采工作面支护系统稳定性进行分析。
3.7_1 12 fully mechanized coal mining faces had a safety production with limited water inrush from the gravel layer and no water inrush from gravel layer.12两综采工作面有限程度砂砾层涌水和无砂砾层涌水形式下的安全生产。
3)fully-mechanized mining综采
1.The practice hasdemonstrated that backed double-unit fully-mechanized mining technique is feasible and efficient.介绍了杜儿坪矿南一中组76106、76108工作面原设计为高档对拉现改为综采背拉开采的方法。
2.The essay describes how to improve productive efficiency of fully-mechanized mining in bankrupt coal mines.在破产矿人员减少、技术力量不足、设备陈旧、地质条件多变的情况下,要提高综采生产效能,生产是中心,管理是前提,制度是保证,机电是关键。
3.The geological conditions of fully-mechanized mining is evaluated by iso-feature blocks and mathematics method,the scientific basis for the rational layout of the fully-mechanized working face are provided.用等性块段和方法评价综采地质条件 ,为采区合理布置综采工作面提供了科学的地质依
4)full-mechanized mining综采
1.2207 face of Chensilou Coal Mine,summarize the difficulty and the key point of the safety management of full-mechanized mining face with high inclined compound roof,adopt countermeasures to guard against the support crooked and guard against the scraper conveyer and mining machine to glide down.通过对陈四楼煤矿2207工作面回采,总结出大倾角复合顶板综采工作面在防煤(矸)飞出工作面伤人、防支架歪倒、防刮板输送机上窜下滑、防采煤机下滑等安全管理方面的重点和难点,及采取的对策和措施。
2.Because of the complexity of full-mechanized mining stope of thick coal and the stope stress influenced by many factors, the paper studies the mine pressure display regular of full-mechanized mining stope induced by once mining in thick seam of a coal mine based on lots of field measurements.由于厚煤层综采采场条件复杂,采场矿压受多种因素影响,本文在在大量现场实测的基础上,研究分析了某矿区厚煤层一次采全高综采工作面的矿压显现规律,总结其矿压显现的特点,为类似工作面的设计和生产提供了科学依据。
3.This paper obtained behavior rule of underground pressure of full-mechanized mining face with shallow buried depth by analyzing working resistance of powered supports from 44305 Mining Face in Yujialiang Colliery,which provided base for safe and efficient mining full-mechanized mining face with shallow buried depth.通过对榆家梁煤矿44305综采工作面支架工作阻力的实测分析,得出了薄基岩浅埋深综采工作面矿压显现规律,为实现浅埋深综采工作面安全高效回采提供依据。
5)combined mining综采
1.Wall strengthen technology at combined mining face in three soft seam;三软煤层综采工作面煤壁加固技术
2.Way of lifting the single face output in combined mining face;从技术与管理入手提高综采工作面单产
6)fully-mechnized mining综采开采
1.By describing close distance coal seam fully-mechnized mining, the paper analysed the effects of hydraulic supports and initial resistance and working resistance of the supports as well as the adoption to close distance coal seam mining.简要分析在近距离煤层综采开采中掩护式液压支架对顶板的支护效果,并分析了支架的初撑力和工作阻力,以及支架对近距离煤层开采的适应性。