Fluid types and saturation are essential factors in assessing oil recovery resources and
potential in organic-rich mudstones. One of the methods for analyzing tight rocks' saturation …

Quantification of organic matter and fluids contained in oil source rocks from shale plays is a
fundamental goal for the petrophysical and geochemical assessment of the production …

The determination of the soil pore size distribution, water retention curve, and derived
parameters that control important processes in soils, such as water supply for plants; …

The low field 1 H NMR characterization of pure mesoporous silica materials–MCM-41 and
SBA-15 as a function of water content is presented. The values of surface relaxivities for both …

The low field 1 H NMR characterization of rock components that are specific for oil-and gas-
shales is presented. 1D T 2 distributions together with T 1-T 2 maps and T 1/T 2 ratios for the …

NMR relaxometry has been used as a powerful tool to study molecular dynamics. Many
algorithms have been developed for the inversion of 2D NMR relaxometry data. Unlike …

Laplace Nuclear Magnetic Resonance (NMR) can determine relaxation parameters and
diffusion constants, giving valuable information about molecular structure and dynamics …

In the oil and gas industry, the critical volumetric parameter is porosity, one which allows for
the estimation of hydrocarbon reserves, constituting important sources of energy. For …

Typification and quantification of organic matter and fluids in shale rocks are prime topics for
the characterization and geochemical evaluation of unconventional oil reservoirs. High field …

Abstract Diffusion Nuclear Magnetic Resonance experiments offer a means to determine the
geometrical tortuosity of a porous matrix, assuming that the interaction between the confined …