Since nuclear magnetic resonance with focus on 1 H protons is highly sensitive to pore
filling fluids, it is nowadays often applied for the investigation of porous media. Mainly in …

The thermohydraulic damage mechanism is one of the primary causes for explosive spalling
of high-performance concrete. This paper presents the spatially-and temporally-resolved …

When measuring in a geomagnetic field, the method of magnetic resonance sounding
(MRS) is often limited because of the notably low signal-to-noise ratio (SNR). Most current …

Obtaining the information of shallow surface hydrogeological parameters is of great
significance to the study of the groundwater cycle, the development and utilization of …

Nuclear magnetic resonance (NMR) is an important geophysical technique for the structure
and properties measurement of porous media. The small-diameter NMR logging technology …

Borehole measurements of nuclear magnetic resonance (NMR) are routinely used to
estimate in situ rock and fluid properties. Conventional NMR interpretation methods often …

Low-resistivity pay has been found throughout the world. The causes and logging responses
of low-resistivity reservoirs are complex and variable. The weak variations in resistivity …

In this paper, the development history of geophysical logging technology was reviewed, the
application status of logging technology in the geological exploration of hydrology, marine …

Secondary pores are the main reservoir space and transportation channel of oil and gas in
reef limestone reservoir. At present, the main method of calculating secondary porosity is …

Summary We performed Magnetic Resonance Sounding (MRS) and Nuclear Magnetic
Resonance Logging (NML) methods at the Strengbach watershed, an environmental …