白志宏，吴迪，许银坡，等. 复杂障碍区的物理点优化技术应用[J]. 华北地震科学，2021, 39（S1）：12-15. doi: 10.3969/j.issn.1003−1375.000000.
引用本文: 白志宏，吴迪，许银坡，等. 复杂障碍区的物理点优化技术应用[J]. 华北地震科学，2021, 39（S1）：12-15. doi: 10.3969/j.issn.1003−1375.000000.
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BAI Zhihong，WU Di，XU Yinpo，et al. Application of Source Optimization Technology in Complex Obstacle Area[J]. North China Earthquake Sciences，2021, 39（S1）：12-15. doi: 10.3969/j.issn.1003−1375.000000.
Citation: BAI Zhihong，WU Di，XU Yinpo，et al. Application of Source Optimization Technology in Complex Obstacle Area[J]. North China Earthquake Sciences，2021, 39（S1）：12-15. doi: 10.3969/j.issn.1003−1375.000000.
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复杂障碍区的物理点优化技术应用

Application of Source Optimization Technology in Complex Obstacle Area

    摘要
  • 摘要: 随着高密度高效采集技术的广泛应用，勘探目标区越来越复杂，城镇密布、水网纵横、养殖发达等复杂情况，常造成地震资料的空白和缺口，需要解决物理点优化设计的问题。通过对复杂障碍区的电子围栏内的物理点进行避障处理，形成一种复杂地表区的物理点优化技术，可以有效提高复杂障碍区观测系统物理点优化的能力，保障建筑物和农业设施的安全。

     

    Abstract: With the wide application of high-density and efficient acquisition technology, the exploration target area is becoming more and more complex, such as dense cities and towns, vertical and horizontal water network and developed aquaculture, which often leads to gaps and gaps in seismic data. It is necessary to solve the problem of optimal design of source. Through the obstacle avoidance treatment of electronic fence sources in complex obstacle areas, a source optimization technology in complex surface areas is formed, which can effectively improve the ability of source optimization of observation system in complex obstacle areas and ensure the safety of buildings and agricultural facilities.

     

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