Electromagnetic (EM) tunability of microwire metacomposites relies on topology, external
stimuli, and/or hybridization, which are burdensome and restricted to narrow frequency …

Most traditional fillers used in electromagnetic shielding composites require high loading,
uniform distribution and complicated structures for modest property enhancement. Here, we …

The present communication aims to investigate Marangoni based convective Casson
modeled nanofluid flow influenced by the presence of Lorentz forces instigated into the …

Traditional approaches to realize microwave tunability in microwire polymer composites
which mainly rely on topological factors, magnetic field/stress stimuli, and hybridization are …

Abstract Effects of a dc current annealing, in terms of magnitude and inflow time, on
magnetic hysteresis properties, magnetoimpedance (MI) and stress-magnetoimpedance (S …

Microwire composites possess a wide range of functionalities that can be actively
manipulated by magnetic field/stress stimuli or hybridization. Beyond those strategies, here …

Previously, we have demonstrated a viable approach based on microstructural and
topological modulation of periodically arranged elements to program wave scattering in …

Ferromagnetic microwires are feasible building blocks for the construction of
electromagnetic composites with tunable left-handed response towards external stimulus. In …

Thin layers of Bi 2-chalcogenides, in the form of Bi 2 (Se 1-x Te x) 3 films, were evaporated
on glass substrates by means of the vacuum thermal evaporation. Microstructure of the as …

During the last two decades' ferromagnetic materials have attracted much attention due to
their soft magnetic properties and enhanced electrical resistivity which is useful to implement …