In this study, the development of uniaxial magnetic anisotropy (UMA) and out-of-plane
coercivity (H c┴) in W/Co 20 Fe 60 B 20 (CoFeB)/W structures by tuning the annealing …

We present thorough investigation of the influence of Argon gas working pressure (PA r) on
Co 60 Fe 20 B 20 (CFB) thin films deposited on Si. The longitudinal magneto-optic Kerr …

In this paper, soft magnetic CoFeB films were successfully deposited onto silicon substrates
using radio frequency (RF) magnetron sputtering technique and their morphology …

Present study provides an insight of tailoring magnetic properties (static and dynamic) driven
by structural modifications, with controlled incorporation of Ta in soft magnetic CoFeB films …

Ferromagnetic nanostructures with strong anisotropic properties are highly desired for their
potential integration into spintronic devices. Several anisotropic candidates, such as CoFeB …

Characterizing ultrathin multilayer films' atom distribution and interface structure remains
challenging. This paper innovatively characterized the chemical composition and …

We investigated the effects of annealing temperatures (TA) on a Pd (5 nm)/CoFeB (10
nm)/Pd (3 nm)/Ta (10 nm) multilayer structure. The as-deposited sample showed an …

Controlling the interface between W and CoFeB-based buffer or cap** layers at an
appropriate temperature is essential for modifying the strength of magnetic anisotropy. In this …

Thermoelectric phenomena can be strongly modified in nanostructures. The determination
of the Seebeck coefficient (S) in nanomaterials is a challenge since the mechanisms are …

In the present investigation, a systematic study has been undertaken to explore the effect of
magnetic layer film thickness on the structural, topographical, magnetic and electrical …