Tungsten trioxide (WO3) is an abundant, versatile oxide that is widely explored for catalysis,
sensing, electrochromic devices, and numerous other applications. The exploitation of WO3 …

The intrinsic structural instability of amorphous WO 3 (a-WO 3) following repeated Li ion
insertion/extraction and bending hinders its application in stable and flexible electrochromic …

The anode materials are one of the critical components in rechargeable lithium ion batteries
(LIBs). The monoclinic tungsten trioxide (mWO 3) is introduced as interesting anode …

The aim of this study is to prepare a two-dimensional (2D) WO3· H2O nanostructure
assembly into a flower shape with good chemical stability for electrochemical studies of …

Microwave-assisted WO 3 photoelectrodes have been rarely studied in terms of their growth
mechanism and photoelectrochemical (PEC) application for energy generation and waste …

In order to investigate the effect of photointercalation on photoelectrochemical properties,
two types of WO 3-based photoanodes, bulk and exfoliated have been prepared and …

The capacitive performance of bare MoS 2 is limited due to its poor electronic conductivity.
Therefore, we tried to dope different weight percentages (2%, 4%, 6%, 8%, and 10%) of Iron …

The urgent need to combat global warming has spurred the exploration of renewable energy
solutions, among which the supercapacitor has emerged as a promising contender for …

Pseudocapacitive charge storage devices based on undoped and In 3+-doped multi-phase
zinc-antimony oxide (ZAO) with high potential insertion/removal processes of disulfide ions …

In this work, a facile sol–gel and annealing technique was employed to prepare amorphous
electrochromic tungsten oxide thin films at a relatively low temperature. Specifically …