Surface nuclear magnetic resonance (surface NMR) is an extremely powerful tool for
groundwater resource investigations. However, the technique suffers from an inherently low …

The technique of surface nuclear magnetic resonance (SNMR) has been widely used for
hydrological investigations in recent years. Unfortunately, the detected SNMR signals are …

Surface nuclear magnetic resonance (NMR) is emerging as a competitive method for aquifer
exploration due to its direct sensitivity to subsurface water, but the method still has several …

We presented an innovative hydrogeophysical approach that allows numerical modeling of
water flow in a variably saturated media. In our model, we approximated the subsurface by …

BACKGROUND: Berry fruits stand out for their high contents of anthocyanins responsible for
their red-purple color. The region of Patagonia, Argentina, is a significant cultivar region of …

Magnetic resonance sounding (MRS) is a geophysical method to detect aquifers directly in
the earth's magnetic field, which offers the benefit to evaluate groundwater qualitatively and …

Surface nuclear magnetic resonance (SNMR) data typically suffer from very low signal-to-
noise ratio. Two of the main sources of noise that generate low signal-to-noise ratios are …

Surface nuclear magnetic resonance technique, also called magnetic resonance sounding
(MRS), is an emerging geophysical method that can detect the presence and spatial …

Magnetic-resonance sounding (MRS) is a direct, quantitative, accurate, and efficient
technology that has been applied in the fields of groundwater detection, regional water …

In the past few years, small‐scale (2 m) prepolarized surface nuclear magnetic resonance
(SNMR) has gained increasing interest in the research community. As recent studies …