Although it has been known for 25 years that some Paleozoic sedimentary rock units in
Europe and North America were remagnetized during Pennsylvanian or Permian time, it is …

For 40 years magnetic anisotropy has provided successful geological interpretations of
magnetic ellipsoid orientations; in contrast the interpretation of anisotropy magnitudes is far …

Using transmission electron microscopy (TEM), we have analyzed magnetite (Fe3O4)
crystals acid-extracted from carbonate globules in Martian meteorite ALH84001. We studied …

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

In diagenetic environments containing hydrocarbons, the most important magnetic minerals
formed appear to be magnetite and pyrrhotite, whereas the most important magnetic mineral …

Migration of orogenic or basinal fluids is a recently invoked mechanism to explain the
widespread presence of late Paleozoic secondary magnetizations in the rocks of North …

Abstract The South American record of remagnetizations is linked to specific events of its
tectonic history stretching back to Precambrian times. At the Ediacaran–Cambrian time …

In this study, soil magnetic measurements (susceptibility and hysteretic parameters) and soil
hydrocarbon analyses were conducted on samples from three profiles (profiles I and II run …

Magnetic measurements in a number of hydrocarbon structures suggest the existence of
local magnetic anomalies with certain nT amplitude reflecting the structure contours of the oil …

Magnetic parameters (volume-specific susceptibility κ, and hysteresis parameters and ratios)
of 47 samples, collected from an oil-producing well (M36) and a dry well (M46) from the oil …