Chemical remagnetization is a very common phenomenon in sedimentary rocks and
develo** a greater understanding of the mechanisms has several benefits. Acquisition of …

The reaction involving radical species is a key factor during the pyrolysis process used to
form hydrocarbons. In this study, electron paramagnetic resonance (EPR) spectroscopy was …

The relationships between free radical concentration (Ng) and vitrinite reflectance (% Ro) of
coal were tested through 36 laboratory anhydrous pyrolysis experiments. The experiments …

In this work we present a review of our current research on the subject of near-surface
hydrocarbon-induced magnetic contrasts. Samples are drill cuttings from number of …

Recently, some works showed that magnetic fields may reduce the paraffin crystallization
and the viscosity of some types of oil. This Article shows the main results obtained in an …

In this paper, we report the pyrolysis and formation of magnetic minerals in three source rock
samples from the Wessex Basin in Dorset, southern England. The experimental conditions …

The electron paramagnetic resonance (EPR) technique is used to evaluate the temperature
dependence of the aggregation processes in asphaltenes of heavy and extra-heavy crude …

A relationship between hydrocarbons and their magnetic signatures has previously been
alluded to but this is the first study to combine extensive geochemical and magnetic data of …

The Starunia oil-ozokerite deposit occurs in the Boryslav-Pokuttya Unit of the Carpathian
Foredeep, which is the main oil-and gas-bearing part of the Ukrainian Carpathians. Starunia …

The magnetic minerals are responsible for the enhanced magnetic signals in soils and
suggest a relationship exists between magnetic minerals and the alteration of hydrocarbons …