Effects derived from the simultaneous application of passive, uniform saturating magnetic
field and tensile stress during long-time annealing utilizing a unique and simple processing …

FePd thin films (thickness: 50nm, co-sputtered or co-deposited by molecular beam epitaxy)
and bulk foil (cold-rolled to 10μm thickness) were studied during isochronal heat treatment …

Metallurgical routes to highly metastable phases are required to access new materials with
new functionalities. To this end, the stability of the tetragonal chemically ordered L1 0 phase …

L10–CoPt was obtained by annealing the CoPt film at 600° C after co-sputtering Co and Pt
targets in a magnetron sputtering system. X-ray diffraction (XRD) and high-resolution …

The crystallographic texture and microstructure of FePd alloy after cold-rolling deformation
were investigated using electron backscatter diffraction. The major orientations of twin …

A review of order–disorder transformations in materials including several examples of
structural ordering effects and effects of magnetic order are presented. Experimental …

Intermetallic compounds due to their promising corrosion resistance and high-temperature
mechanical strength give hope for their application as high-temperature structural materials …

Understanding chemical order-disorder transformations and their effects on structural and
magnetic properties of ferrous L10 intermetallic systems has been a longstanding problem …

The development of new materials to facilitate technological advancements relies on the
understanding of structure-processing-property correlations. This is particularly true in the …

Changes in the degree of long-range order of 10 μm thick FePd foil are presented and
compared with results on 50 nm thick FePd films. The films were produced by dc and rf …