Multiferroics that permit manipulation of the magnetization vector exclusively by electric
fields have spawned extensive interest for memory and logic device applications. In line with …

Abstract CoFe 2 O 4@ vacancy@ mSiO 2 magnetic composites with core-shell structure
were prepared with a simple two-step route and used for removal of organic pollutant in …

Magnetoelectric multiferroics are getting a global status among the scientific community due
to their peculiar properties. Noticeable developments have been observed in this area of …

The electric field control of magnetism in multiferroics is attractive for the realization of ultra-
fast and miniaturized low power device applications like nonvolatile memories. Room …

Magnesium ferrite with low toxicity, high biocompatibility and magnetic properties are used
in a wide range of applications. The surface coverage of spinel ferrite with Zinc oxide, the …

Multiferroic heterostructures in which ferroelectric and ferromagnetic orders are coupled
enable control of magnetism using electric fields. Hence, they are of increasing demand for …

The conventional experimental techniques leave a number of lacunae in their limited
success while trying to explore the fascinating properties of the nanomaterials and …

Magnetic particles in the nanosize regime are the topic of extreme scientific and technical
attention due to the array of mesmerizing properties exhibited by them. Nanosized spinel …

Magnetic nanoparticles (MNPs) are extensively used for applications in nanobiomedicine
like gene therapy, chemotherapy, magnetic resonance imaging, contrast enhancement …