| 1. | Coal - bed gas exploration in qinshui basin and its geological analysis
沁水盆地煤层气勘探及地质分析 |
| 2. | 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。 |
| 3. | Characters of distribution and influencing factors about the reservoir pressure in qinshui coalfield
依兰煤田矿床充水因素研究 |
| 4. | Study of characteristics of structure - controlled coalbed gas in southern qinshui coalfield
沁水煤田南部煤层气构造控气特征研究 |
| 5. | Development status and strategies of industrialization of small coarse cereals production at qinshui county
沁水县小杂粮产业化生产建设情况及发展对策 |
| 6. | 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。 |
| 7. | Taken qinshui basin as an example and based on its properties , the coal reservoir ' s permeability is predicted by multivariate regression analysis
本文以沁水盆地为例，在总结我国煤储层渗透性特征的基础上，依据煤储层渗透性的影响因素，用多元回归分析方法建立煤储层渗透性预测模型。 |
| 8. | The system is utilized to store and manage the basic geographical information , coal field exploration materials , coalbed methane exploration materials and regional geological survey achievement of qinshui basin interactively
运用该系统对沁水盆地的基本地理信息、煤田勘探资料、煤层气勘探资料及区域地质调查成果进行了一体化存储管理。 |
| 9. | 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。 |
| 10. | The authors research on the middle - south of qinshui basin , analyze the numerical connection of permeability and its influencing factor and construct compound factor model by mathematics geology method
在其基础上，文中以沁水盆地中南部为研究区，通过数学地质方法，分析和研究渗透率与其影响因素的数值关系，并研究和建立渗透率影响因素复合模型。 |
