This second edition of The Illustrated Wavelet Transform Handbook: Introductory Theory and
Applications in Science, Engineering, Medicine and Finance has been fully updated and …

We show that potential fields enjoy valuable properties when they are scaled by specific
power laws of the altitude. We describe the theory for the gravity field, the magnetic field, and …

Nonparametric inverse methods provide a general framework for solving potential‐field
problems. The use of weighted norms leads to a general regularization problem of Tikhonov …

We consider the use of the continuous wavelet transform in the interpretation of potential
field data. We report its development since the publication of the first paper by Moreau et al …

小波变换的具有多尺度分析的特点, 在位场资料分析中得到了广泛应用. 本文总结了位场小波
变换的理论基础及应用现状, 介绍了位场小波基函数的概念. 小波分析可以应用于位场分离 …

Potential fields are classically represented on the sphere using spherical harmonics.
However, this decomposition leads to numerical difficulties when data to be modelled are …

Several noniterative, imaging methods for potential field data have been proposed that
provide an estimate of the 3D magnetization/density distribution within the subsurface or that …

A new method based on 3D multiridge analysis of potential fields assumes a 3D subset in
the harmonic region and studies the behavior of potential field ridges, which are built by …

Determining the Moho topography of the Tibetan Plateau is crucial to understand the
tectonic development. Over the past decades, seismic explorations have obtained profound …

Approximating the locations and lateral boundaries of anomalous bodies (ie geological
structures or contacts) is an important task in the interpretation of gravity field data. Edge …