The nuclear magnetic relaxation dispersion (NMRD) technique consists of measurement of
the magnetic-field dependence of the longitudinal nuclear-spin-lattice relaxation rate 1/T 1 …

Asphaltenes and maltenes, integral components of petroleum systems, wield profound
influence over the properties of crude oils and derived products. This literature review …

In crude oil production and processing, asphaltene aggregation followed by precipitation is
a major problem for the oil industry as it causes deactivation of catalysts, blocking pipelines …

Quantification of fluid and organic matter content of shale samples are principal goals of
petrophysical and geochemical evaluation of shales that are essential to determine reservoir …

We present a detailed study of electron/nuclear interaction in a specific crude oil by
continuous-wave and pulsed EPR, electron–nuclear double resonance (ENDOR) at W-band …

Three types of natural rocks─ Bentheimer and Berea sandstones, as well as Liège Chalk─
have been aged by immersion in a bitumen solution for extended periods of time in two …

Gas adsorption characterization in shale is essential for shale gas reserve estimation and
exploitation. While the adsorption capacity for containing all the gas in shale nanopores is …

The mechanism behind the 1H nuclear magnetic resonance (NMR) frequency dependence
of T 1 and the viscosity dependence of T 2 for polydisperse polymers and bitumen remains …

Field-cycling relaxometry, or rather its electronic version with a resistive magnet which
requires signal detection at a field strength of 1 Tesla or below, remains an inherently …

Asphaltenes cause many problems in crude oil transportation, refinery, and production. A
clear understanding of asphaltene behavior in crude oils is thus crucial for improving crude …