Nanoparticle research has received considerable attention due to many potential innovative
applications such as biomedicine, 1, 2 catalysis, 3, 4 fuel cell, 5 magnetic data storage, 6 …

Crystallisation is at the heart of various scientific disciplines, but still the understanding of the
molecular mechanisms underlying phase separation and the formation of the first solid …

Mixed Ni–Fe oxides are attractive anode catalysts for efficient water splitting in solar fuels
reactors. Because of conflicting past reports, the catalytically active metal redox state of the …

There is great interest in iron oxides, especially in nanosized form, for both fundamental and
practical reasons. Because of its polymorphism, iron (III) oxide (ferric oxide, Fe2O3) is one of …

Using Fourier Transform InfraRed (FTIR) spectroscopy, Raman spectroscopy, X-ray
diffraction (XRD), and Transmission Electron Microscopy (TEM), we characterize the …

One-pot synthesis of amorphous iron oxide nanoparticles with two different dimensions (< 5
nm and 60 nm) has been achieved using the reverse micelle method, with< 5 nm …

Iron oxide (Fe2O3) has four crystal structures: γ-, ε-, β-, and α-Fe2O3. Until now, routes of the
phase transformations among the four Fe2O3 phases have not been clarified because a …

Many different nanostructures have been developed for biomedical applications to date.
Among them, iron oxide nanoparticles have been very prominent in MRI in diagnostic …

Ferrihydrite (Fh) is generally associated with dissolved organic matter (DOM) in natural
environments due to a strong sorption affinity at circumneutral pH and its high specific …

In this study, phosphate FeCo (H 3 O)(PO 4) 2 nanosheet arrays (NAs) were synthesized
using an electrochemical strategy. FeCo (H 3 O)(PO 4) 2 NAs as precatalyst could undergo …