Iron sulfide has a high potential to replace existing solar cell materials due to its cost-
effectiveness and non-toxic. Nonetheless, the reported efficiency is still low, attributed to …

This work examines the translation of a well-known production method for uniform single
core magnetite nanoparticles based on the oxidative precipitation of FeSO4 in aqueous …

One of the important characteristics of magnetic materials is the measurement of magnetic
characteristics through Superconducting Quantum Interference Device (SQUID) especially …

Iron-sulphide-oxide (FeS x O y) thin films were prepared on fluorine-tin-oxide (FTO)-coated
glass substrate for 3-h-deposition times via chemical bath deposition (CBD) from an …

The size effect of magnetic nanoparticles provides a various magnetic characteristic as a
change of domain size. We report, synthesis of core-shell iron oxide and magnetic …

A chemical bath deposition (CBD) is applied to deposit n‐type iron sulfide (FeSxOy) film on
fluorine (F)‐doped tin oxide (SnO2)–FTO substrate. The duration, temperature, and …

Materials with at least one of the dimensions falling within the size range of 1 nm-100 nm are
regarded as nanomaterials. Owing to their tiny size, nanomaterials exhibit a huge specific …

Nanoparticle reinforcement has demonstrated the potential to yield biodegradable materials
that are not only lighter in weight but also retain desired properties. The increasing …

A chemical bath deposition (CBD) contained sodium thiosulfate (Na2S2O3), iron (II) sulfate
heptahydrate (FeSO4. 7H2O), and L (+)-tartaric acid (C4H6O6) as the complexing agent has …

We reported simple processing of local iron sand in order to increase the purity of magnetic
phase. The refining process of iron sand is carried out in two stages, namely the iron sand …