It is a misunderstanding that higher energy ion irradiation on nanomaterials has only
detrimental effects on their properties. Recent research reveals that higher energy irradiation …

This article demonstrates the effect of X-ray on structure, morphology and optical properties
of zinc oxide (ZnO) nano powder. The characteristics were investigated using XRD, FE-SEM …

Nanowire field emitters have great potential for use as large-area gated field emitter arrays
(FEAs). However, the micrometer-scale cathode patterns in gated FEA devices will reduce …

A thermo-enhanced field emission phenomenon was observed from ZnO nanowires. The
field emission current increased by almost two orders of magnitude under a constant applied …

In this report highly concentrated ZnO sol was synthesized by an improved sol-gel method.
TEA (triethanolamine), as a stabilizer, and absolute ethanol were used as solvent for the …

Ga‐doped zinc oxide (ZnO) microwires hold great promise for developing highly efficient
light sources because of the wide bandgap with proper exciton binding energy. However …

We have studied the formation of nanoparticles in lead sulfide (PbS)-doped borosilicate
glass subjected to a two-step nucleation and growth heat treatment using in situ small-angle …

W18O49 nanowires were synthesized by thermal evaporation, and the effects of X-ray
irradiation on their crystalline structure, chemical composition, and field emission properties …

Dense arrays of ultra-thin zinc oxide (ZnO) nanorods have been fabricated on c-oriented
ZnO seed layers by hydrothermal growth, with particular emphasis on exploring the effects of …

In the present paper, we investigated the change in the properties of copper nanowires
under the irradiance of 80 MeV Si 7+ ion beam. The nanowires were electrodeposited in the …