Electromagnetic (EM) wave absorption materials possess exceptionally high EM energy loss
efficiency. With vigorous developments in nanotechnology, such materials have exhibited …

In this review a number of magnetic properties of different thin film systems are investigated
as functions of the temperature and the atomic morphology. Special attention is paid to …

In order to further increase the recording density in hard disk drives, new media materials
are required. Two essential parameters of future recording media are a large uniaxial …

The magnetic anisotropy energy (MAE) of Fe, Co, and Ni is presented for tetragonal and
trigonal structures along two paths of structural distortion connecting the bcc and the fcc …

The usefulness of Mössbauer spectroscopy for the investigation of magnetic multilayer
systems is described. By applying 57Fe Mössbauer spectroscopy, the behavior of ultrathin …

The growth and magnetic properties of thin Fe films deposited at room temperature on
ultrathin iron silicide seed layer epitaxially grown on Si (111) single crystal were investigated …

Co 100− x Ni x (x= 0, 10, 20, 30,…, 100) alloy nanostructures with controlled composition
are prepared by hydrothermal method. The effects of composition on crystal structure …

The “invar effect” in Fe x Ni 1− x alloys occurs when the Fe content approaches 65%. At this
point, the magnetization falls to zero, and a martensitic structural transformation from a fcc to …

Magnetic linear dichroism measurements allow the measurement of atomic moments and
spin order in alloy magnetic systems with chemical specificity and surface sensitivity. The …

Spin-resolved electronic and element-resolved magnetic properties of artificial fcc FeCu
alloy thin films, grown epitaxially by pulsed-laser deposition in the ordered L 1 0 phase on …