NiO is an interesting transition metal oxide due to its fascinating properties. High crystalline
thin films of NiO are preferred for use in a variety of device applications but are challenging …

A systematic study of growth, structural, electrical, and luminescence properties of zinc oxide
(ZnO) layers grown on c-oriented GaN/sapphire templates by the pulsed laser deposition …

NiO and Ni-cluster-embedded NiO epitaxial films grown on c-sapphire substrates using
pulsed laser deposition technique are annealed at different temperatures in an oxygen …

Epitaxial films with nanostructures are of great significance for some special applications. In
this work, nano-texturized NiO films are epitaxially grown on MgO (0 0 1) substrates by a …

NiO epitaxial layers embedded with crystallographically oriented Ni-clusters are grown on c-
sapphire substrates using pulsed laser deposition technique. It has been found that certain …

CVD grown monolayer MoS 2 films on c-sapphire substrates are vacuum annealed and
capped with (111) NiO epitaxial films using pulsed laser deposition technique. Time, energy …

Thin film epitaxy is essential for state-of-the-art semiconductor applications. The combination
of different substrates and deposition methods leads to various crystallographic orientation …

We perform a comparative study of spin pumping in NiO/Ni 8 0 Fe 2 0 (Py) by altering the
crystallinity of NiO. We simultaneously grow high-quality NiO/Py heterostructures on Si/SiO< …

Incorporation of lithium in (111) NiO epitaxial layers grown using the pulsed layer deposition
technique on c-sapphire substrates is studied as functions of growth conditions. The effect of …

NiO films are grown on c-sapphire substrates using pulsed laser deposition technique at
different growth temperatures. Both in-plane and out of plane X-ray diffraction studies reveal …