The method of surface nuclear magnetic resonance (SNMR) is a relatively new geophysical
technique that exploits the NMR-phenomenon for a quantitative determination of the sub …

The general theory of nuclear magnetic resonance (NMR) imaging of large
electromagnetically active systems is considered. We emphasize particularly noninvasive …

In hydrogeology there is a variety of empirical formulae available for determination of
hydraulic conductivity of porous media, all based on the analysis of grain size distributions of …

This paper introduces a new 1-D inversion scheme for surface nuclear magnetic resonance
(SNMR) amplitudes and decay times, using the optimized random search algorithm …

Triggered by an extended mathematical formulation of the response signal for magnetic
resonance soundings (MRS), which allows the treatment of individual transmitter and …

Magnetic resonance sounding (MRS), also known as surface nuclear magnetic resonance
(SNMR), is used for non‐invasive direct groundwater determination and aquifer …

Abstract The Dadushan Tunnel, which is located in the southwestern karst region of China in
Guizhou Province, is one of the key elements of the Hukun High-Speed Railway. Cavities …

Development in instrumentation and data analysis of surface nuclear magnetic resonance
has recently moved on from one‐dimensional (1D) soundings to two‐dimensional (2D) …

Motivated by the recent application of the Earth-field nuclear magnetic resonance (NMR)
technique to the detection and map** of subsurface groundwater (to depths of 100 m or …

Water with even a small amount of dissolved solids has an electrical conductivity orders of
magnitude higher than dry rock and is therefore a near‐ideal exploration target on Mars for …