In this paper, we investigate the WO 3-x/PVA composite films as smart photochromic
coatings on glass substrate by two methods: solvent casting (SC) and dip-coating (DC). The …

Mixed-phase composites with an optimal phase ratio show greater light utilization than their
monophasic counterparts. This approach can be applied to develop mixed-phase …

WO3 with thicknesses of 100 nm were deposited on p–Si substrate at room temperature by
DC magnetron sputtering technique. Tungsten (W) target was used to create Tungsten oxide …

In this investigation, results of dielectric features of Li2O–Al2O3–SiO2 (LAS) glass doped
with 3.0 mol% of Cr2O3, MoO3, and WO3 are presented. The investigation spans broad …

In this work, we conduct a detailed study to understand the photoelectrochromic properties
of Al-Pt co-doped tungsten oxide (WO 3). Similarly, we support the photoelectrochromic …

This work investigates the compositional dependence and thermal annealing of the
morphological properties, electrical conductivity mechanisms and Mott's parameters of …

WO 3 has been highlighted as a promising material as photochromic and photocatalytic
industrial application. Even though many papers reported their interesting properties, it has …

This research prepared a photochromic material of WO3 doped with Mo or Cu through a
solvothermal method. The material exhibits selective absorption of UV light in the 200–350 …

When exposed to light sources, photochromic (PC) materials change their optical properties
and can lessen the transmission of UV and infrared radiation. This results in optimal thermal …

Photoelectrocatalytic (PEC) techniques are an innovative and promising method for
eliminating microorganisms. Developing and applying such advanced technologies is …