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- CBM in Qinshui Basin 沁水盆地煤层气
- The higher-permeability region for CBM exploration are Panzhuang-Yangcheng, Yangquan-Shouyang and Taiyuan Xishan coalfield in Qinshui Basin. 预测结果显示，沁水盆地有利于煤层气开发的高渗区，主要集中在南部的潘庄－阳城、北部的阳泉－寿阳及太原西山煤田等地区。
- The Gaussian curvature of No.3 coal seam in Qinshui basin is calculated. 计算了沁水盆地3号煤层的高斯曲率。
- In Qinshui Basin, the fresh-water peat swamp facies and forest peat swamp facies were the sedimentary environments of forming good reservoirs, but the drained peat swamp fecies was difficult to form good reservoirs in general. 在沁水盆地，活水泥炭沼泽相以及森林泥炭沼泽相是形成有利储层的沉积环境，而干燥泥炭沼泽相一般难以形成有利的储层。
- CAP ROCK INFLUENCE ON COALBED GAS ENRICHMENT IN QINSHUI BASIN 沁水盆地盖层对煤层气富集的影响
- Remote Sensing Research on Geological Selection Area of Coal Bed Gas in Qinshui Basin 沁水盆地煤层气高渗富集区遥感研究
- AAGI currently holds two CBM concessions in the Shanxi Qinshui basin: Panzhuang block and Mabi block, which are about 150 square kilometers and 1370 square kilometers respectively. 亚美大陆目前已签署了山西沁水盆地南部两个煤层气区块的产品分成合同：潘庄区块和马必区块，占地分别为150平方公里和1370平方公里。
- Main Control Factor Affecting Pore Differential Development of the Coal Reservoirs in Qinshui Basin 沁水盆地煤储层孔隙差异发育主控因素
- Research on permeability influence factors of coal deposit layer in Qinshui Basin 沁水盆地煤储层渗透性影响因素研究
- Research on the Coal Geology and Characteristics of Coalbed Methane Accumulation Units in Qinshui Basin 沁水盆地煤地质与煤层气聚集单元特征研究
- The Qinshui Basin is rich in coalbed methane whose development and usage are of importance. 沁水盆地煤层气资源丰富,其开发和利用具有重要意义。
- The main coal-bearing strata in the Qinshui Basin are late Carboniferous Epoch Taiyuan Formation and Early Permin Epoch Shanxi Formation. 摘要沁水盆地晚古生代含煤地层主要为晚石炭世太原组和早二叠世山西组，可采煤层有太原组第15号煤层和山西组第3号煤层，两者均为高煤阶无烟煤。
- The desorbed methane carbon isotope of coal core samples collected from Jincheng area, South Qinshui basin was measured. 摘要对取自沁水盆地南部晋城地区的煤芯样中的解吸气进行了甲烷碳同位素测定。
- The adsorption/desorption properties of CBM in high-and low-ranks coals, controlled by the physical proqerties of coal reservoirs, are quite different. 高、低煤阶煤层气藏吸附、解吸特征受煤储层物性差异的控制，呈现出显著差别，目前这方面的研究还基本上处于空白。
- In this paper, coal-bearing strata in the Qinshui Basin are divided into two sequences which consist of transgressive system tracts and highstand system tracts. 进行层序界面的识别、沉积相的分析和准层序的研究对比，将沁水盆地煤系划分为两个层序，每个层序又分为海侵体系域和高位体系域（缺低位体系域）。
- It points out the orientation of near future research on CBM in this country is research on CBM formation and anisotropy of reservoir, mechanism of CBM enrichme... 并指出开展煤层气生成及储层非均质性研究、煤层气富集成藏机制分布规律和高效勘探开发技术机理为我国煤层气近期研究的发展方向。
- The paper proposes a policy of combining development of CBM in existing mine areas with that in remote area of coal mines in current and future periods of time in China. 本文提出在当前和今后一段时期内,我国煤层气开发宜采用煤矿区煤层气开发和煤矿边远区煤层气开发相结合的策略。
- EFFECT OF PORE STRUCTURE ON CBM TRANSPORT --TAKING QINSHUI BASIN AS THE EXAMPLE 孔隙结构在煤层气运移过程中的作用--以沁水盆地为例
- The wind was whispering in the trees. 一阵风穿过树林沙沙作响。
- There are 26 letters in the English alphabet. 英语字母表中有26个字母。
