CAJ | 학술논문

　　沁水盆地地表条件复杂，盆地内山地、黄土塬交替发育，高程变化较大，部分地震剖面品质较差，影响煤层气储层的准确分辨与描述。通过对沁水盆地煤层气地震资料处理方法研究，探索出适用于该地区的地震资料处理方法与关键技术，包括煤层分布区高精度静校正技术、基于井约束的高分辨率处理技术以及分方位处理技术等。这些技术为深化研究该区煤层的地质构造特征以及进行煤储层的裂缝预测和含气性检测奠定了良好基础。
　　심수분지지표조건복잡，분지내산지、황토원교체발육，고정변화교대，부분지진부면품질교차，영향매층기저층적준학분변여묘술。통과대심수분지매층기지진자료처리방법연구，탐색출괄용우해지구적지진자료처리방법여관건기술，포괄매층분포구고정도정교정기술、기우정약속적고분변솔처리기술이급분방위처리기술등。저사기술위심화연구해구매층적지질구조특정이급진행매저층적렬봉예측화함기성검측전정료량호기출。
Qinshui basin, whose surface conditions is complex with alternatively developed mountain and loess tableland and quickly changed elevation, has some poor quality seismic profiles, which affecting the accurate resolution and description of CBM reservoirs. By research of CBM seismic data processing method of Qinshui basin, the suitable processing methods and key technologies for this area are explored including high precision static correction technology, high resolution processing technology based on well controlled and azimuth processing technology. These processing technologies lay a good foundation for the geological structure characteristics researches deepening, coal reservoir fracture prediction and gas bearing detection.