Surface nuclear magnetic resonance (sNMR) is an electromagnetic hydrogeophysical
method directly sensitive to liquid phase water in the upper≈ 100 m of the subsurface. For …

Fluvial levees are assets of major importance for protecting human lives and activities. To
prevent the risk of failures and to assess their stability, survey campaigns involving …

Surface nuclear magnetic resonance (SNMR) technology is a geophysical method to directly
measure the water content and saturated porosity of aquifers by exciting the nuclear …

Magnetic resonance sounding (MRS) is a promising geophysical method for the direct
detection and quantification of groundwater. However, the 2-D MRS inversion is usually …

Effective detection of groundwater in landslide areas is crucial for landslide monitoring. The
magnetic resonance sounding (MRS) method is a geophysical technique that can directly …

The technique of surface NMR has been applied to image 1D, 2D and recently 3D
subsurface structures. Although limited resolution is reported for imaging deep 3D structures …

We present in this paper an alternative approach to modelling and inversion of surface
nuclear magnetic resonance (sNMR) data that has numerous attractive characteristics. By …

Internal erosion is widely perceived as contributing to the failure of earthen dams. To reduce
the failure risk, timely monitoring of internal erosion is an effective method in observing their …

Reservoir dams and embankments are important water conservancy facilities, which play an
important role in promoting the economy and protecting people's safety. 95% of the reservoir …

Akvo is a software project for processing, modelling, and inversion of surface nuclear
magnetic resonance (sNMR) data which is being released as a resource for the community …