Better understanding the crystal-facet engineering of a crystal with tailored architecture has
demonstrated a significant implication for rational design and synthesis of promising micro …

Cu 2 O is a widely known p-type semiconductor with a band-gap value suitable for
photovoltaic applications. However, due to its parity-forbidden nature of the first interband …

Abstract Pure and Mn-doped Cu 2 O (Cu 2− x Mn x O; x= 0–3 mM) thin films were deposited
over a fluorine-doped tin oxide glass substrate by using electrodeposition along with CuSO …

Cu 2 O is known as a potential photocatalyst that functions in the visible light region due to
its narrow bandgap energy. In this study, to improve photocatalytic activity and photostability …

Doping leading to low electrical resistivity in electrodeposited thin films of Cu 2 O is a
straightforward requirement for the construction of efficient electronic and energy devices …

Cu2O thin film has been widely studied due to its intrinsic p-type conductivity. It can be used
as p-type transparent conductive electrode or hole transport layer in various potential …

Cu 2 O nanostructured films were prepared by the dip-coating method with average
crystallite size of 10±1 nm. The photoluminescence of Cu 2 O was studied for different …

The control of structural properties of pure and cobalt doped cuprous oxide films is an
available way to optimize the conditions of their deposition for better performance in solar …

Abstract 11 nm diameter quasi-spherical and single phase CuO/Cu 2 O nanocomposites,
with varying CuO: Cu 2 O ratio, were synthesized using solvothermal process. X-ray …

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 …