高难山地地震勘探激发点优选技术研究及应用

Research and Application of Optimal Selection Technology for Shooting Points in Seismic Exploration in High-Difficulty Mountainous Areas

摘要: 随着勘探程度加深，地震勘探部署向着地表条件恶劣的地区转移。高难山地地震勘探项目陡增，这里山体高大、沟壑纵横，地震勘探施工隐患多，风险大。需要运用先进的激发点布设方法，最大程度的降低施工风险程度，保全企业员工的生命健康安全及设备财产安全。本文介绍了高难山地施工中实用性较强的激发点优选技术，为高难山地地震勘探项目激发点布设开辟了一条可以借鉴的有效途径。

Abstract: With the deepening of exploration degree, seismic exploration deployment is shifting to areas with harsh surface conditions. The number of seismic exploration projects in high-difficulty mountainous areas has increased sharply. Here, the mountains are tall, ravines crisscross, and there are many hidden dangers and high risks in seismic exploration construction. Advanced shooting point layout methods need to be applied to minimize the degree of construction risk and ensure the life, health and safety of enterprise employees and the safety of equipment and property. This paper introduces the optimal selection technology of shooting points with strong practicability in construction in high-difficulty mountainous areas, opening up an effective way that can be used for reference for the layout of shooting points in seismic exploration projects in high-difficulty mountainous areas.