The authors discuss some of the fundamental properties unique to magnetic multilayers.
Complex spin configurations are examined for many different systems and are shown to …

Advances in molecular beam epitaxy deposition techniques have recently made it possible
to grow, an atomic plane at a time, single crystalline superlattices composed of alternating …

The basic principles of the elastic scattering of polarized neutrons from magnetic films and
thin film superlattices, both kinematically as well as dynamically in the continuum limit, are …

Strong exchange coupling at the rare-earth–rare-earth (RE)–RE interfaces could only be
observed around the temperature range where both layers were ferromagnetic (FM). In this …

We present the results of a study of the chemical and magnetic structures of a series of
holmium-yttrium superlattices and a 5000 Å film of holmium, all grown by molecular-beam …

Neutron diffraction measurements confirm the presence of long-range antiferromagnetic
order in superlattices of cobalt oxide and nickel oxide. A single transition temperature …

We explore the exchange bias coupling at the RE-RE interfaces (RE denotes rare earth) due
to a plausible increase in the spin-imbalance induced by magnetic sublattice disorder …

A strong interlayer exchange interaction is observed in polycrystalline antiferromagnetic Coo-
NiO thin-film superlattices. This was determined by measuring the exchange field …

Topologically stable spin spiral structures in rare-earth (RE) can form the basis of realizing
all-spin-based technology as strong exchange coupling has been reported earlier at the …

The Structure of Rare-Earth Metal Surfaces introduces the concepts of surface
crystallography and surface-structure determination, outlines the principles of the most …