Future developments of smart materials for domains such as self-sustainable wireless
sensor networks, self-tuned vibration energy harvesting devices, seismic applications etc. is …

The introduction of smart materials will become increasingly relevant as biomedical
technologies progress. Smart materials sense and respond to external stimuli (eg, chemical …

This work reports on the effect of substituting a low-anisotropic and low-magnetic cation
(Ni2+, 2μB) by a high-anisotropic and high-magnetic cation (Co2+, 3μB) on the crystal …

The design and development of electromagnetic and magnetoelectric materials with
enhanced properties and performance are desirable for numerous technologies, which are …

Owing to its unique magnetic, dielectric, electrical and catalytic properties, ferrite
nanostructure materials gain vital importance in high frequency, memory, imaging, sensor …

Dielectric-magnetic nanoparticles are the key component used in high-frequency devices
employed in the 5G telecommunication system. Lanthanum-doped cobalt ferrites have …

Designing electromagnetic materials, particularly those based on transition-metal-containing
spinel ferrites, with a controlled structure, phase, and chemistry at the nanoscale dimensions …

Magnetostrictive materials have been a sought-after multifunctional material due to their
propensity to be used in applications such as sensors, actuators, transducers, and other …

Mn-Zn binary co-substituted cobalt ferrite (Co 1-x (MnZn) x Fe 2 O 4 (0≤ x≤ 0.4)) was
synthesized by conventionally compacting and magnetic field assisted injection molding …

Understanding the complex link among composition, microstructure, and magnetic
properties paves the way to the rational design of well-defined magnetic materials. In this …