Abstract

The paper describes the relevance and advantages of the geophysical support for autonomous magnetometric navigation systems (MNS). Theoretical data on the Earth’s magnetic field components are considered, and the displacement of magnetic poles in international models of the Earth’s main magnetic field is analyzed. The prospects for mapping and software support of MNS are discussed. The results obtained in the flight studies of the experimental MNS are used in the development and control of MNS databases, centralization and application of digital mapping products for geological exploration, as well as in the course of various studies concerned with earth sciences.

中文翻译：

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先进的自主磁力导航系统的地球物理支持

摘要

本文介绍了自主磁力导航系统（MNS）的地球物理支持的相关性和优势。考虑到地球磁场成分的理论数据，并分析了国际主要地球磁场模型中的磁极位移。讨论了MNS的映射和软件支持的前景。在实验性MNS的飞行研究中获得的结果可用于MNS数据库的开发和控制，用于地质勘探的数字地图产品的集中和应用，以及与地球科学有关的各种研究过程中。