Temperature Dependent Magnetization and Remanent Magnetization in Pseudo-Binary ${\rm x}({\rm Fe}_{2}{\rm TiO}_{4})\hbox{-}(1-{\rm x})({\rm Fe}_{3}{\rm O}_{4})(0.30<{\rm x}<1.00)$ Titanomagnetites

In this work we present preliminary results on magnetization and remanence of synthetic pseudo-binary
${\rm x}({\rm Fe}_{2}{\rm TiO}_{4})\hbox{-}$

$(1-{\rm x})({\rm Fe}_{3}{\rm O}_{4})(0.30<{\rm x}<1.00)$
. Magnetic characterization was performed at temperature ranges from 100 K up to 400 K. The final objective is to characterize the magnetic response as a function of temperature in order to foresight the future magnetic measurements of the magnetometer included into Met-Net mission to Mars. Samples present ferromagnetic behavior with Néel temperatures above the minimum Martian temperature. An increased remanence for sample with
${\rm x}=0.65$
has been measured possibly originated by pinning mechanism which might offer a partial explanation as to the crustal magnetism of Mars.