Titanium substitution has a significant effect on the temperature dependence (5–300 K) of
low-temperature saturation remanence and of initial susceptibility in synthetic and natural …

The Verwey transition in magnetite is a crystallographic phase transition occurring in the
temperature range 80–125 K and depends on stoichiometry and cation substitution, which …

AC susceptibility measurements as a function of field amplitude Hac and of frequency show
a strong field dependence for a set of synthetic titanomagnetites (Fe3− xTixO4) and for …

Titanomagnetites in mid‐ocean ridge basalt (MORB) experience variable post crystallization
alterations associated with seafloor tectonic and environmental processes. Compared to low …

An unpredicted effect of the Verwey transition in magnetite is that a field‐cooled (FC)
remanent magnetization can be less intense than a zero‐field cooled (ZFC) isothermal …

Young mid-ocean ridge basalts contain titanomagnetite crystals of varying size and
composition. Many studies of their hysteresis properties have found Mrs/Ms ratios …

Magnetization measurements, reported for Fe 3− x Ti x O 4 in the compositional range 0≤
x< 0.04, were used to determine magnetocrystalline anisotropy constants as a function of x …

The anisotropy of magnetic susceptibility (AMS) of rocks can be composed of contributions
from ferromagnetic, paramagnetic and diamagnetic minerals. However, in general the AMS …

Domain wall pinning in titanomagnetite has been investigated at low temperatures using first‐
order reversal curve (FORC) diagrams, AC magnetic susceptibility, and Lorentz transmission …

Nanocrystalline Fe-based spinels with composition Fe2. 5Ti0. 5O4 can be synthesized using
two different routes: soft chemistry and high-energy ball milling. This paper is focussed on …