Laura H. Lewis

TL;DR: In this article, the effect of the alignment on the coercivity has been studied using measurements of the temperature dependence of coercivity, which was performed using a well-known phenomenological model, and it was discovered that the trends in α and N eff as a function of crystallographic grain alignment are the opposite to what is expected and measured previously in analogous sintered samples of varying crystallographic alignment.

TL;DR: In this paper, detailed composition, lattice parameters and magnetic transition temperatures in the ferromagnetic intermetallic compound AlT2X2 with the Mn2AlB2-type crystal structure were analyzed and it was observed that compositional variation alters specific bonds responsible for the magnetic phase transition response.

TL;DR: In this paper, ordered arrays of titania nanotubes are synthesized electrochemically and are subjected to isochronal annealing treatments in various atmospheres (oxygen-rich, oxygen-deficient and reducing) to modify their morphology, crystal and electronic structure.

TL;DR: In this article, a two-phase materials system composed of ferromagnetic FeCo and antiferromagnetic, nominally equiatomic AuMn was carried out for metallurgical synthesis from the melt of bulk permanent magnets.

TL;DR: The effect of ambient aging upon the magnetic and structural properties of heat-treated mechanically alloyed Mn0.53Al0.47-xCx powders was systematically investigated as mentioned in this paper.