Inverse Magnetometry

This monograph explores innovative mollifier magnetometric techniques for modeling geological strata, presenting advanced geomathematical decorrelation methods and offering insights into applied mathematics and inverse problems in geomagnetic exploration.

Inverse Magnetometry explores innovative modeling techniques for geologic strata through mollifier magnetometric methods. The book primarily focuses on potential data sets of terrestrial origin, providing a comprehensive geoscientific context for decorrelative geomagnetic exploration. It begins by presenting a clear overview of the current state of research, simplifying magnetometry into mathematically accessible models. This approach aims to make various magnetometry-related questions and challenges more approachable for both the scientific community and the exploration industry.

The text delves into advanced geomathematical decorrelation methods designed to incorporate depth information, particularly in borehole applications. By offering a systematic way to analyze deep geological data, the book enhances the understanding of subsurface structures and their magnetic properties. This focus on depth-related information is crucial for advancing exploration techniques and improving the accuracy of geological modeling.

Ultimately, Inverse Magnetometry serves a dual purpose. It not only provides a set of geoscientific guidelines for modern geoengineering, emphasizing the application of innovative modeling and simulation techniques, but it also acts as a repository of current methodologies in Applied Mathematics. The book presents alternative approaches to inverse problem theory, making it a valuable resource for researchers and practitioners looking to deepen their understanding of magnetometric measurements and their applications in geology.