The study of the mechanisms lying underneath reactive crystallization is a key subject in a
myriad of natural and industrial processes. Here, control on particle nucleation and growth …

We report systematic study of Dy3+-doped YVO4 nanophosphors synthesized via modified
Pechini technique. Effect of calcination temperature and doping concentration on structure …

Abstract YVO 4: Ln 3+(Ln= Eu, Sm and Dy) nanoparticles were successfully synthesized via
a fast and facile microwave method using NH 4 VO 3 as vanadium source. The samples …

TiO2 nanocrystal (NC)-based photoreversible color switching (PCS) materials, which are
capable of actively responding to external light, have significant potential for use in printable …

A series of Tm3+-and Dy3+-codoped LiLa (MoO4) x (WO4) 2− x phosphors were prepared
via the conventional solid-state reaction method. It was discovered that the optimum single …

In this work, the grain growth kinetics of SnO2 quantum dots under hydrothermal conditions
was investigated. By varying the reaction temperature and duration, SnO2 particle sizes …

Commercial interest in Pt and Pt-based catalysts is hindered by their high cost. Herein, we
have synthesized {111} faceted rice-grain like nanoparticles of p-MnWO 4 with wolframite …

Cerium-doped yttrium aluminum garnet (YAG: Ce) nanorods were prepared via a partial wet
chemical route followed by a calcination process by using Al2O3 nanorods as both …

Developing highly active catalyst for oxygen evolution reaction (OER) with low noble metal
loading is crucial for the application of proton exchange membrane (PEM) water electrolysis …

Tuning the luminescent properties of nanophosphors by modifying the energy level
hybridization has been previously achieved by methods such as heat treatments or applying …