CAJ | 학술논문

总结分析工区内砂体的空间组合模式和时空演化关系，从而探讨3#煤层顶板砂体发育特征与煤层含气量之间的关系。结果表明，平面上砂体厚度越大其对应的煤层含量气越低，且平面砂体被泥岩包围型和砂体连片型对应的煤层含气量变化不同。同一厚度砂体连片型对应的煤层含气越低，而被泥岩包围的孤立型对应的煤层含气量越高。
총결분석공구내사체적공간조합모식화시공연화관계，종이탐토3#매층정판사체발육특정여매층함기량지간적관계。결과표명，평면상사체후도월대기대응적매층함량기월저，차평면사체피니암포위형화사체련편형대응적매층함기량변화불동。동일후도사체련편형대응적매층함기월저，이피니암포위적고립형대응적매층함기량월고。
Summary analysis work area sand body space combination mode and space-time evolution relationship, which discuss 3 # coal seam roof sand body development characteristics and the relationship between the coal seam gas content. Results show that the surface thickness of sand body, the greater the its corresponding to the lower content of coal seam gas, and the planar sand body surrounded by mudstone and sand body shall correspond to the different coal seam gas content changes. The same thickness of sand bodies shall model corresponding to the lower coal seam gas, and surrounded by mudstone isolated type of coal bed gas content is higher.