Knowledge of palaeointensity variation is required for determining the full vector variation of
the geomagnetic field as a function of geological time. This provides essential constraints for …

Nonideal, nonsingle-domain magnetic grains are ubiquitous in rocks; however, they can
have a detrimental impact on the fidelity of paleomagnetic records—in particular the …

Multidomain type alternating‐field (AF) demagnetization characteristics like those reported
by Lowrie and Fuller for multidomain (MD) magnetite have been discovered in two rock …

Experimental techniques to determine paleomagnetic field intensity are based on a
theoretical framework that is valid only for single-domain (SD) ferromagnetic particles. Yet …

First-order reversal curve (FORC) diagrams have been experimentally shown to be a better
way of discriminating domain states in a sample compared to the straightforward use of …

Magnetic susceptibility measurements on cores from boreholes in the Eye–Dashwa lakes
pluton, an Archean granitic pluton near Atikokan, Ontario, give a quantitative evaluation of …

Paleointensities are key to understanding the formation and evolution of Earth and are
determined from rocks which record magnetic fields upon cooling; however, experimental …

The ROCKMAG ANALYZER is a software to determine rock magnetic parameters from a
broad variety of rock magnetic measurements. This software was particularly designed to …

This state-of-the-art review is a selective rather than an exhaustive survey of currently active
areas in fine-particle rock magnetism. The topics considered are domain structure …

Inter-laboratory and absolute calibrations of rock magnetic parameters are fundamental for
grounding a rock magnetic database and for semi-quantitative estimates about the magnetic …