Abstract

Two applications of 3D inversion of magnetotelluric data using the Lomonosov supercomputer are discussed. The effectiveness of the chosen inversion approach for several real geological objects is demonstrated. Each object belongs to a different class of task, from the search for small ore bodies to regional exploration of hydrocarbons. However, these objects are united by the large volume of measurements, whose inversion requires a huge amount of time and computational resources. Application of 3D inversion using a high-performance computing system allows high-quality solutions to be obtained for a wide range of problems in an acceptable time period.

中文翻译：

---

3D反演在大地电磁数据中的应用

摘要

讨论了使用Lomonosov超级计算机进行大地电磁数据3D反演的两个应用。证明了所选择的反演方法对几个真实地质对象的有效性。从寻找小型矿体到对碳氢化合物的区域勘探，每个对象都属于不同的任务类别。但是，这些对象是由大量的测量结果组合在一起的，而这些测量结果的反转需要大量的时间和计算资源。使用高性能计算系统的3D反演应用程序可以在可接受的时间段内针对各种问题获得高质量的解决方案。