Magneto-as well as ffexible electronics have emerged as two of the most rapidly developing
technologies of the 21st century. Low processing costs and mechanical stretchability render …

The microstructure and the magnetic and magnetotransport properties have been
investigated depending on the types of the magnetic and nonmagnetic materials …

The in-plane correlation lengths and angular dispersion of magnetic domains in a transition
metal multilayer have been studied using off-specular neutron reflectometry techniques. A …

Magnetic multilayer structures of Co/Cu prepared by dc magnetron sputtering are studied
with respect to changing number of bilayers (N) for different thicknesses of the Cu spacer …

CoFe-/Cu-based multilayers with two different types of a buffer layer, NiFeCr, and Ta/NiFeCr
have been produced by magnetron sputtering. The crystal structure of the superlattice layers …

By separately identifying magnetic and charge scatter, we find conclusive evidence for
conformality in magnetic roughness in {Co (8 Å) Cu (9 Å)} multilayers. For layers magnetized …

Compact rolled-up Co–Cu nanomembranes of high quality with different numbers of
windings are realized by strain engineering. A profound analysis of magnetoresistance (MR) …

The structure and magnetoresistive properties of Ta (5 nm)/NiFeCr (5 nm)/[FM (t FM)/Cu (2.2
nm)] n/Ta (5 nm) superlattices prepared by magnetron sputtering are studied in this work …

We calculate the energy of the magnetostatic interaction between two ferromagnetic films
with uniform magnetization and correlated interfaces (the “orange-peel” effect). The “orange …

This study investigates the effect of various buffer layers on the structure and
magnetoresistance of CoFe/Cu superlattices prepared by magnetron sputtering. It has been …