Last two decades, with the rapid changes and development of nanotechnology and
biological materials, diverse multi-functional nanomaterials emerging, which offers a novel …

In the present study, ZnSe, ZnSe: Cu and ZnSe: Cu@ ZnS core/shell quantum dots (QDs)
were synthesized at room temperature using the new and fast microwave-assisted …

Upon Cu doping into host semiconductor quantum dots (QDs), intra-gap states inside the
band gap are generated, by which energy down-shifted photoluminescence (PL) with broad …

Green Synthesis of nanoparticles enables for medical and Food package applications.
Copper nanoparticles (CuNPs) are having antimicrobial and anti-viral properties that …

Blue-emitting Ag (+)-, Cu (2+)-, and Mg (2+)-doped ZnSe nanoparticles (NPs) were
successfully synthesized at 80° C by the precipitation method by using mercaptopropionic …

Pure and Mn-doped calcium tungstate (Mn: CaWO 4) nanoparticles (NPs) were synthesized
by hydrothermal method which lead to the formation of high quality and narrow sized …

Much attention has been paid to the production of phosphor materials, particularly materials
having greater efficiency and high intensity on account of their effective uses in Field …

Вивчено температурну поведінку спектру ЕПР полікристалічного ZnSe, характерну для
двовалентних йонів Купруму Cu++ Яна–Теллера. Температурна залежність спектрів …

Abstract Quantum Dot Cellular Automata (QCA) is a prominent technology in Quantum
Electronics. This is implemented with the help of quantum cells which are also known as …

Technologically important, environmentally friendly InP quantum dots (QDs) typically used
as green and red emitters in display devices can achieve exceptional photoluminescence …