In this study, a cost-effective, flexible ionizing ray sensor based on lead tungstate
nanoparticles (PbWO 4 NPs) was fabricated. PbWO 4 NPs were successfully synthesized …

Piezocatalysis shows promise to diversify hydrogen production methods and solve problems
in photocatalysis such as high charge recombination and low solar light absorption by waste …

Flexible wearable strain sensors have shown great potential in monitoring human motion,
due to their ability to flexibly fit to multiple surfaces, which can realize the monitoring of …

Several studies have revealed that the glass transition temperature (T g) of polymer
nanocomposites (PNCs) may change upon the loading of even a small number of …

Graphene-based oxide nanocomposite materials have been commonly used in various
applications due to their novel features. In this study, zinc tungstate/graphene-oxide …

In this work, CdWO 4 (CWO), CWO: Ag, and CWO: Gd nanoparticles (NPs) were synthesized
by a simple method. Incorporation of the prepared NPs in a polymeric matrix (Polyester) …

The rapid emergence of intelligent textile-based sensors has sparked considerable interest
within the scientific community. A pivotal factor in advancing these sensors is the …

Nowadays, the antimicrobial properties of herbal essential oils (EO) have received extensive
attention due to their considerable antimicrobial potential against multidrug-resistant …

Aluminium barium tungstate powder (ABT) was chemically synthesized via streamlined sol–
gel technique and exploited as a sorbent material for sorption of erbium and neodymium …

Today, the electro-optics industry is one of the world's largest manufacturing sectors today,
and its growth has led to an increasing reliance on electronic equipment. Simultaneously …