Growth of Co film on SiO 2/Si substrates with surface roughness of 0.5 nm and 1.6 nm have
been studied in-situ using magneto-optical Kerr effect (MOKE) and transport measurements …

Thin buried magnetic layers ranging from thicknesses of a few atomic monolayers to several
nanometers are omnipresent in the fields of magnetism and spintronics. For the functionality …

The influence of a nanoscale surface modulation periodicity of ion beam eroded substrates
(ripples) on the interlayer exchange coupling in polycrystalline Fe/Cr/Fe thin films is …

A set of sandwich films in the configurations, Fe (200 nm)/Cu (t)/Fe (200 nm); t= 20 nm, 40
nm, 60 nm, 80 nm, 100 nm and 200 nm have been grown using thermal and electron beam …

In this study, we analysed Fe/Cr multilayers that had been modified by Bi, In, and Pb
surfactants. Their structure, morphology and interface roughness were investigated using …

Magnetic interlayer coupling is a critical study topic for spintronic device technology because
it is an essential component in designing magnetic multilayers with functionality that can be …

We report the study of interlayer coupling between Co 20 Fe 60 B 20 (CoFeB262) layers and
the resulting magnetic properties of trilayer [CoFeB262 (y nm)/Cr (x nm)/CoFeB262 (20 nm)] …

Fe/Cr multilayers were deposited by molecular beam epitaxy on the MgO (1 0 0) substrate.
Structural properties of the samples were analyzed by low energy electron diffraction, high …

In this work we studied Ag surfactant induced growth of Cu/Co multilayers. The Cu/Co
multilayers were deposited using Ag surfactant by the ion beam sputtering technique. It was …

ABSTRACT A series of sandwiched films in the configuration, Ni (100nm)/Al (t)/Ni (100nm);
t= 10nm, 20nm,……, 100nm (labeled as NAN1, NAN2,………, NAN10) were deposited by …