1)coalfield structure煤田构造
1.Aimed at development features of coalfield structures in China,the author.针对我国煤田构造的发育特点,提出了煤田构造研究的思路,总结了适用于煤田构造研究的技术手段及其主要用途。
2.In the paper,the important effect and significance of strike-slip faults are discussedon the basis of researchs on coalfield structures.本文通过对煤田构造的研究，论述了走滑断裂的重要作用及意义，文中阐明了走滑断裂的伴生构造之一──拉分盆地是重要的成油、成煤构造。
3.The main research progresses of coalfield structures in China since the new century includes:(1) the important advances in regional background research of coalfield structures,(2) basin dynamics and tectonics control of coal in the eastern China had been attract.进入新世纪以来,我国煤田构造研究取得的主要成果包括:①煤田构造的区域地质背景研究取得重大进展;②中国东部盆地动力学与构造控煤作用受到关注;③煤田滑脱构造研究的继续——控煤构造样式的划分;④煤变形—变质作用的构造控制研究愈加深入;⑤以三维地震技术为代表的煤田构造高精度探测技术全面推广应用;⑥矿井构造定量评价和预测已成为煤田构造研究的亮点。
英文短句/例句
1.Structural Framework and Coal Basin Tectonic Evolution in Muri Coalfield,Qinghai青海木里煤田构造格局与煤盆地构造演化
2.Tectonic Subsidence and Evolution Pattern Analysis in Yuxian Coalfield,Hebei Province河北蔚县煤田构造沉降与构造演化分析
3.Tectonic Development Pattern and Its Impact on Coal Seam Hosting in Kaiping Coalfield开平煤田构造发育规律对煤层赋存的影响
4.Structural Zonality and Coal Hosting Pattern in Muri Coalfield,Qinghai青海木里煤田构造分带性特点及赋煤规律
5.Structural Features and Coal Controlling Analysis in Weizhou Coalfield,Ordos Basin鄂尔多斯盆地韦州煤田构造特征与控煤作用分析
6.Application of High Resolution Seismic Technology on Structure Prospecting in Ningdong Coalfield高分辨率地震技术在宁东煤田构造勘查中的应用
7.Permo-Carboniferous Coalfield Coal-Control Structure Features in Hebei Province河北省石炭—二叠纪煤田控煤构造特征
8.Geological Structure Characteristic Study in Jinyuan Coalmine, Tengnan Coalfield滕南煤田金源煤矿地质构造特征研究
9.Analysis and Prediction of Characteristics of Fracture Structure in Xinwen Coalfield新汶煤田断裂构造特征分析及其预测
10.Slow Fault Structure and Coal Control Analysis at Subang Mine of Longyong Coal Field;龙永煤田苏邦矿区缓断裂构造及其控煤分析
11.Structural features of Renpanxi minefield of Longyong coalfield and looking for coal forecast龙永煤田仁盘西矿区构造特征及找煤预测
12.Structure Control Role of Coal and Gas Outburst in Xinmi Coalfield新密煤田煤与瓦斯突出的构造控制作用
13.SLIP STRURE IN THE COAL BASIN OF CARBON IFEROU S AND PERM IAO IN THE SONG MOU NTAIN AND JI MOUNTAIN AERA. HONAN PROVINCE河南省嵩、箕地区石炭、二迭纪煤田中的滑动构造
14.Application of Using TEM on the Detecting Water-bearing Properties in Coal Mine瞬变电磁在煤田导水构造勘查上的应用
15.Structural characteristics and coal searching prospect in Hetian district of Baitutan mining area in Hunan湖南白兔潭矿区荷田区段构造特征与找煤前景
16.Research on Coal Layers at Shuijingkeng Mine of Datian County, Fujian Province and Structural Coal Control Law;福建省大田县水井坑矿区含煤地层及构造控煤规律研究
17.Application of spectral decomposition for fine seismic structural interpretation in coalfield and gas-bearing property predication of coal seam频谱分解技术在煤田精细构造解释及煤含气性预测中的应用
18.Features and Coal-prospecting Analysis of Thrusting Nappe Structure Coalfield in Siji Mine Area,Longyong Coalfield龙永煤田四集矿区逆冲推覆构造特征与找煤分析
相关短句/例句
coalfield structural pattern煤田构造样式
3)Tectonic in Coal Seam煤田地质构造
4)water-bearing properties and stucture in coal mine煤田导水构造
5)coalfield structural framework煤田构造格局
6)structural feature in oilfield油田构造
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
