Abstract 2D MoS 2 holds immense potential for electronic and optoelectronic applications
due to its unique characteristics. However, the atomic-scale thickness of MoS 2 hinders the …

Ion beam technology has been proved as a unique and powerful tool to modify the
properties of various materials. As a series of more than 60 years old technologies …

This research deals with the design problems of LED-based spectrally tunable light sources
(LSTLSs). The study aims to assess the reliability of popular models for the spectral …

Platinum nanoparticles were nucleated in a high-purity silica matrix by an ion-implantation
method. The third-order nonlinear optical response of the samples was studied using …

An intense photoluminescence emission was observed from noble metal nanoclusters (Pt,
Ag or Au) embedded in sapphire plates, nucleated by MeV ion-implantation and assisted by …

A strong influence of mechanical action in nonlinear optical transmittance experiments with
bimetallic nanoparticles integrated by gold and platinum was observed. The nanostructured …

Third-order nonlinear optical properties exhibited by Platinum nanoclusters and Gold
nanoparticles integrated in a two-stage configuration are reported. Comparative …

The growing prominence of atomic nanoclusters in fields of practical relevance has made
modulation of their luminescent characteristics an important challenge for their future …

This chapter studies optical nonlinearities of various metallic nanostructures. The plasmonic
characteristic of nanometals is also highlighted; the complexity of the phenomenon of …

A strong contrast in the third-order nonlinear optical effects exhibited by hierarchical
nanostructures explored in a bidirectional optical circuit is reported. The samples were …