The silver doped hollow TiO2 (Ag-h-TiO2) nanoparticles were synthesized by a sacrificial
core (AgBr) method. The Ag do** and the core removal was done simultaneously during …

In this study, authors produced Co 3 O 4, Ag-Co 3 O 4 nanoparticles and Ag-Co 3 O 4/rGO
nanocomposites through a facile, one-step and cost-effective hydrothermal route; and …

This work investigates the photovoltaic properties of new-architecture Ag 2 S quantum dot-
sensitized solar cells (QDSCs) fabricated on WO 3 electrodes. Liquid-junction Ag 2 S …

The optical and electrical properties of MnTe films were investigated to ascertain the
feasibility of their use in solar cell applications. Three α-MnTe thin films with different …

Photocatalysis is a photochemical catalytic reaction that is a highly promising tool for
environmental cleanup. It is very effective in the treatment of environmental pollutants due to …

Magnesium-based metals are promising for biomedical use for its biodegradation
characteristic. However, its rapid degradation in physiological environment impedes its …

SnS quantum dots (QDs) with size of 8 nm were synthesized by an in-situ room temperature
solution chemical reaction process. Stannous chloride, as Sn precursor, was coated on the …

This study reports the synthesis of ZnxCd1− xSe quantum dot-sensitized titania nanotube
array photoelectrodes using a successive ionic layer adsorption and reaction technique and …

The temperature dependence of photoluminescence (PL) emission is a valuable tool for
investigating carrier localization, recombination, and carrier–phonon interactions. Herein …

The binary semiconductor materials Cu 1.81 Te and SnTe materials, without and with
manganese (Mn 2+) do**, were prepared by drop** a Cu-Sn-Te solution on a …