The spin density wave (SDW) magnetism of thin epitaxial Cr films has recently become the
focus of interest because of its mediating role in exchange coupled superlattices. While the …

This paper reviews the behaviour of spin-density waves (SDWs) in Fe/Cr trilayers and
multilayers. After providing an overview of SDWs in bulk Cr, we discuss the predicted effects …

The interplay between interfacial disorder and the antiferromagnetic order in Cr leads to
complex behavior in Fe/Cr multilayers. Measurements of interlayer coupling are discussed …

The interfacial properties of α-Ti (0 0 0 1)/TiC (1 1 1) interface, such as adhesion, interface
energy, interfacial fracture toughness, bonding nature, are investigated using first-principles …

First-principles calculations of β-SiC (111)/α-Ti (0001) interface have been performed and
the adhesion strength, interface energy, interfacial fracture toughness, and electronic …

Magnetism in iron plays a central role in understanding the physical properties of its
polymorphs, including the close-packed high pressure phases. We explore the rich and …

Photoemission electron microscopy (PEEM) has proven to be a powerful analytical tool in
surface science. In this contribution, a status report is given on the application of the PEEM …

The manipulation of the antiferromagnetic interlayer coupling in epitaxial F e/C r/F e (001)
trilayers by 5 keV He ion beam irradiation has been investigated. It is shown that even for …

The interfacial properties of β-SiC/TiC (111), such as work of adhesion, interface energy,
fracture toughness, bonding nature, were investigated using first-principles calculations …

We report about synchrotron and neutron-scattering studies investigating incommensurate
spin-density waves (I-SDW's) in epitaxially grown thin Cr (001) films, including surface and …