As a typical n-type semiconductor, WO 3 is considered to be the promising material to
fabricate the gas sensor, which has a widespread utilization in the environment detecting …

D and 2-D WO 3 nanostructures were successfully prepared by hydrothermal technique as a
low temperature, low cost, compatible with the environment, and powerful method with …

Heterogeneous photocatalysis is an important and promising alternative for efficient water
and wastewater treatment processes. The synthesis of composite materials has attracted …

The hydrothermal method as a simple, one-step, cost-effective, environmental compatible
technique has been used to synthesize tungsten oxide nanostructures from sodium …

One of the most important reasons for an increased mortality rate of cancer is late diagnosis.
Point-of-care (POC) diagnostic sensors can provide rapid and cost-effective diagnosis and …

Attempts to improve the performances and cost effectiveness of gas sensors for practical
applications have led to the development of advanced nanostructured materials, which …

Hydrothermal synthesis facilitates the hierarchical growth of hexagonal WO3 nanofibers that
consist of high interactive space and surface area. Prime processing parameters known as …

Tungsten trioxide (WO3) nanocuboids are preferentially developed through control over
three important processing parameters: fluoroboric acid concentration, hydrothermal …

In this study, a composite of zinc tungsten oxide nanoparticles (W-ZnO NPs) has been
synthesized via mixing Na2WO4 and zinc acetate in water, followed by dropwise addition of …

The effect of hydrothermal parameters was investigated on the structural, morphological and
optical properties of tungsten oxide (WO 3) nanostructures synthesized without any …