|
|
|
| Application of three-dimensional seismic special observation system in complex surface area of river and valley |
| Liang Zhe |
| Geophysical Survey Team, Hebei Provincial Bureau of Coal Geology, Xingtai 054000, China |
|
|
|
|
Abstract In the field of coalfield exploration, three-dimensional seismic exploration technology has achieved fruitful results. However, in complex surface areas such as rivers and valleys, it is often affected by topography or obstacles, which leads to the difficulty of setting excitation points and detectors to the appropriate position. And the conventional bundle acquisition system cannot complete the layout, which leads to the number of data superposition cannot meet the design requirements. The use of the special observation system can ensure the layout of the excitation point and the detector to avoid the obstacle area, and the three-dimensional seismic data under the obstacle area meets the design requirements, which ensures the continuity of the data under the obstacle, and lays the foundation for the subsequent data processing and interpretation.
|
|
|
|
|
|
| [ 1 ] 徐毅东. 特观在河流影响区域的设计[ J ]. 中国信息科技， 2019（ 3 ）：65 - 66.
[ 2 ] 唐海军. 障碍物密集区地震采集技术[ J ]. 中国信息科技，2019（ 14 ）：83 - 84.
[ 3 ] 徐成明，徐 爽. 三维地震勘探在湖泊沼泽地区的应用[ J ]. 物探与化探，2002，26（ 1 ）：42 - 45.
[ 4 ] 冯世民，冯 鑫，李雅玲. 三维地震勘探资料在老窑采空区的分析及效果[ J ]. 科技信息，2012（ 19 ）：431 - 432.
[ 5 ] 李 岩，王新建. 三维地震在淮北煤田采区勘探中的应用[ J ]. 西部探矿工程，2011（ 2 ）：165 - 169.
[ 6 ] 武喜尊，赵 楷. 中国煤炭地震勘探技术发展[ J ]. 中国煤田地质，2003，15（ 6 ）：51 - 55.
[ 7 ] 王备备. 转龙湾煤矿浅埋煤层工作面末采安全保障技术研
究[ D ]. 山东：山东科技大学，2016.
[ 8 ] 梁光河，徐兴旺，刘兴江，等. 老挝万象盆地萨塔尼钾盐矿的构造变形与深部矿预测[ J ]. 大地构造与成矿学，2019，43（ 5 ）：934 - 942.
[ 9 ] 张 宏，王松杰. 云南山区三维地震勘探方法研究[ J ]. 山东煤炭科技，2008（ 5 ）：99 - 100. |
|
|
|
