The dependence of the magnetic anisotropy, magnetization reversal processes and
magnetic domain patterns in Pt/Co (h)/Pt (111) ultra-thin ferromagnetic films have been …

The spatial distribution of magnetic properties studied by polar Kerr-effect-based
magnetometry are carried out on an ultrathin cobalt wedge covered with a silver wedge …

A general framework for the domain size in any ultrathin film with perpendicular magnetic
anisotropy is here discussed. The domain structure is analyzed by using the classical theory …

Co–Fe–Si based films exhibit high magnetic moments and are highly sought after for
applications like soft under layers in perpendicular recording media to magneto-electro …

Ultrathin (8 and 16 Å) epitaxial Co films were grown on Au (001)-hex substrates. The films
were characterized in situ by LEED, STM and the directional Auger electron spectroscopy …

Ultrathin magnetic films are considered where the thickness‐induced second order phase
transition occurs due to surface magnetic anisotropy changes. By increasing the thickness …

Structural and magnetic properties of ultrathin Co films were studied by scanning tunneling
microscopy and magneto-optics. Hundred nm Au (111) films grown epitaxially on mica were …

Abstract Ultrathin cobalt wedges Au/Co (0< d< 2 nm)/Au (111)/Mo/Al2O3, grown by
molecular beam epitaxy, were investigated by means of the polar Kerr effect. Coercivity field …

The influence of annealing on the magnetic properties of MBE grown Au/Co/Au (111)
structures with ultrathin wedge-shaped Co layers has been studied by magnetooptical …

Kerr effect-based magnetooptical magnetometer was used to study the magnetization
processes in thin Co layers (with thickness 1⩽ d⩽ 31nm) grown on Mo (110) by MBE …