For a long time, the world has been waiting for a sustainable, inexpensive, and efficient
material for application in electronic and energy conversion purposes. Cu 2 O thin films …

Emergent ferromagnetism in β-Ga2O3 with an ultra-wide bandwidth and high electrical
breakdown strength offers exciting opportunities for fabricating robust spintronic devices …

The present work describes the effect of deposition potentials on structural, morphological,
optical, electrical and photoconductivity responses of cuprous oxide (Cu 2 O) thin films …

Presented here is the cadmium doped CuO nanoflakes prepared via a simple chemical
precipitation method at room temperature. The results of X-ray line broadening exhibit the …

Here we report the synthesis and characterization of Cu2O nanorods doped with Mn, Ni and
Co transition metal ions and the study of their magnetic properties. Synthesis of the …

Although there are many reports in the recent literatures regarding the observation of
ferromagnetism in undoped and doped Cu 2 O; however, it is still a great challenge to …

The single-phase Mn-doped Cu 2 O powder samples are prepared by hydrothermal method.
All of the powder samples are spherical or approximate spherical morphology with the …

Magnetic iron oxide nanomaterials are essential for many industrial, environmental and
biomedical applications. While ferromagnetic and superparamagnetic iron oxide materials …

Cuprous oxide thin films were successfully synthesized on FTO substrates via the
electrochemical method by changing the deposition potential. The effects of deposition …

In this work, a facile one-step hydrothermal route was demonstrated for the fabrication of
Cu/Cu2O composite nanowires. Metallic Cu nanoparticles were formed via in-situ reduction …