Gravity data, comprising a key foundational dataset, are crucial for various research,
including land subsidence monitoring, geological exploration, and navigational positioning …

Gravity gradient data can be used to resolve the earth shallow structure in more detail and
study the distribution of mineral resources more accurately compared with traditional gravity …

Abstract Gravitational Full Tensor Gradient (FTG) data acquired on airborne and marine
platforms measure five independent tensor components that collectively describe a total …

Airborne gravity gradient data contain additional short-wavelength information about the
buried geological bodies. This study develops a fast interpretation method based on the …

Abstract 3D gravity inversion has been widely used in mineral resources exploration and
research on deep density structures. However, traditional 3D gravity inversion methods in …

The choice of an optimization algorithm affects computational efficiency of 3D gravity data
inversion to a great extent and thereby constrains its application in the industry. In the …

The linear traveltime interpolation (LTI) method, one of the common methods to calculate the
wavefront traveltimes and the raypaths in complex media, is based on the assumption that …

For the study of the curvature of gravity gradient tensor, previous work mainly focuses on
their interpretation and edge detection, and rarely involves utilizing it for source parameter …

Compared to conventional reservoirs, the prediction of pressure in ultra-deep tight
sandstone formations is difficult. The prediction of seismic pressure is more challenging than …

The conventional Cokriging inversion of gravity and gravity gradient data has the
advantages of good anti-noise performance and being easy to add prior information. And …