The heating produced by microwaves has been demonstrated to be effective in materials
such as aggregates, although notable differences in heating have been observed between …

Dielectric spectroscopy can be used to identify the fluid properties of complex reservoirs, but
no existing model can accurately describe the dielectric dispersion behavior of rocks in a …

Electromagnetic (EM)-assisted catalytic heating presents a novel method for in-situ
hydrogen production from petroleum reservoirs. This study delves into the interaction …

Water saturation (S w) and hydrocarbon saturation (S hc= 1-S w) estimates in hydrocarbon-
bearing formations are generally derived from Dean-Stark core measurements, NMR log …

Modern dielectric tools are often run to obtain fundamental formation properties, such as
remaining oil saturation, water-filled porosity, and brine salinity. Techniques to extract more …

Determining hydrocarbon content from conventional resistivity measurements in freshwater
shaly sands formations is challenging because the resistivity depends on the clay …

Reliable formation evaluation using borehole geophysical measurements in organic-rich
mudrocks requires knowledge about the physical properties of kerogen. For instance …

Broadband dielectric dispersion measurements are attractive options for the assessment of
water-filled porosity. Dielectric permittivity is influenced by salinity as well as other rock/fluid …

Thermal maturity of kerogen controls its physical properties such as electrical conductivity
and dielectric permittivity as well as physical properties of rocks. Thus, uncertainty in …

Dielectric properties of rocks are the important indicators of subsurface formations when
electromagnetic sensing methods are applied. Interpreting those in situ measurements …