© The Royal Society of Chemistry 2016. Epsilon cobalt (ε-Co) nanoparticles in a number of octahedral morphologies have been synthesised. The particles are polycrystalline, with sizes in the order of 30 nm. Magnetic studies reveal the particles are ferromagnetic, with a room temperature saturation magnetisation of 131 emu g -1 . Unlike other large cubic ε-Co syntheses, we have not added an additional co-surfactant. Instead, we have modified the heating regime and reaction agitation. This alternative method highlights the complex chemistry associated with the formation of cobalt nanoparticles by thermal decomposition
A surfactant-free synthetic route has been developed to produce size-controlled, cube-like cobalt ox...
A surfactant-free synthetic route has been developed to produce size-controlled, cube-like cobalt ox...
Recently, potential applications of the magnetic heating for heterogeneous catalysis or organic synt...
The purpose of this work was to prepare and characterise CoxNii.x/CoNiO core-shell magnetic nanopart...
Recent advances in the synthesis of various magnetic nanoparticles using colloidal chemical approach...
This work aimed to study cobalt nanoparticles (Co-NPs) preparation using three different methods in ...
A surfactant-free synthetic route has been developed to produce size-controlled, cube-like cobalt ox...
A surfactant-free synthetic route has been developed to produce size-controlled, cube-like cobalt ox...
A surfactant-free synthetic route has been developed to produce size-controlled, cube-like cobalt ox...
A surfactant-free synthetic route has been developed to produce size-controlled, cube-like cobalt ox...
A surfactant-free synthetic route has been developed to produce size-controlled, cube-like cobalt ox...
A surfactant-free synthetic route has been developed to produce size-controlled, cube-like cobalt ox...
Ferromagnetic cobalt nanoparticles (CoNPs) are of interest due to their inherent dipolar properties ...
In our present work, magnetic cobalt ferrite (CoFe2O4) nanoparticles have been successfully synthesi...
A surfactant-free synthetic route has been developed to produce size-controlled, cube-like cobalt ox...
A surfactant-free synthetic route has been developed to produce size-controlled, cube-like cobalt ox...
A surfactant-free synthetic route has been developed to produce size-controlled, cube-like cobalt ox...
Recently, potential applications of the magnetic heating for heterogeneous catalysis or organic synt...
The purpose of this work was to prepare and characterise CoxNii.x/CoNiO core-shell magnetic nanopart...
Recent advances in the synthesis of various magnetic nanoparticles using colloidal chemical approach...
This work aimed to study cobalt nanoparticles (Co-NPs) preparation using three different methods in ...
A surfactant-free synthetic route has been developed to produce size-controlled, cube-like cobalt ox...
A surfactant-free synthetic route has been developed to produce size-controlled, cube-like cobalt ox...
A surfactant-free synthetic route has been developed to produce size-controlled, cube-like cobalt ox...
A surfactant-free synthetic route has been developed to produce size-controlled, cube-like cobalt ox...
A surfactant-free synthetic route has been developed to produce size-controlled, cube-like cobalt ox...
A surfactant-free synthetic route has been developed to produce size-controlled, cube-like cobalt ox...
Ferromagnetic cobalt nanoparticles (CoNPs) are of interest due to their inherent dipolar properties ...
In our present work, magnetic cobalt ferrite (CoFe2O4) nanoparticles have been successfully synthesi...
A surfactant-free synthetic route has been developed to produce size-controlled, cube-like cobalt ox...
A surfactant-free synthetic route has been developed to produce size-controlled, cube-like cobalt ox...
A surfactant-free synthetic route has been developed to produce size-controlled, cube-like cobalt ox...
Recently, potential applications of the magnetic heating for heterogeneous catalysis or organic synt...