The low-temperature magnetic properties of magnetite are reviewed, and implications for
rock magnetism considered. The behaviour of fundamental properties of magnetite at low …

The ferrimagnetic mineral greigite (cubic Fe3S4) is well known as an intracellular
biomineralization product in magnetic bacteria and as a widely occurring authigenic mineral …

The amplitude expansion for a magnetic phase‐field‐crystal (magnetic APFC) model
enables a convenient coarse‐grained description of crystalline structures under the …

It is usually assumed that magnetic parameters such as coercivity and saturation remanence
are single‐domain (SD) over the same size range. In reality, there is a different SD size …

Magnetic hysteresis data from young mid‐ocean ridge basalts include samples with
saturation remanence to saturation magnetization (Mrs/Ms) ratios greater than 0.5, the …

Ferromagnets with structural nanoheterogeneities have recently been found to exhibit large
magnetostriction, as reported in a considerable number of Fe-based alloys soluted with non …

A protocol is presented to perform bulk magnetic susceptibility (BMS) analysis of simulated
seawater/saline water using MFK2-FA Multi-Function Kappabridge instrument at Laboratory …

Domain structures of small pseudo‐single domain (PSD) magnetite near the Verwey
transition (Tυ) at≈ 120 K were modeled using an unconstrained three‐dimensional …

We present a self-consistent local mean-field analysis of core-shell nanoparticles with
ferromagnetic materials but with antiferromagnetic interface exchange coupling. The …

Ferromagnetic resonance (FMR) spectroscopy has become an increasingly useful tool for
studying the magnetic properties of natural samples. Magnetite (Fe3O4) is the only magnetic …