With the progressive demand of portable devices and hybrid electronic vehicles, relevant
energy storage options are one of the most important practical necessities. Supercapacitors …

A porous hematite/alumina nanocomposite is produced by sol-gel combustion synthesis.
The XRPD, Raman and FTIR methods show the presence of α-Fe 2 O 3 phase while SEM …

Transition metal oxide and carbon-based hybrid nanostructures with high charge capacity
and rate capabilities are emerging as promising electrodes for commercial supercapacitor …

In electrochemical energy storage devices, improving the availability of ions in the
electrodes for charge storage and rate performance is a challenging task in the present era …

Effective optimization of the structure and morphology of the electrode materials of
supercapacitors is thought to be a viable option for increasing their energy storage capacity …

Transparent flexible supercapacitors (TFSCs) have received significant attention as a power
source for modern high-tech wearable electronic gadgets. Although carbon nanomaterials …

A facile gas–liquid diffusion route with magnetic stirring was used for the preparation of
black fungus-like NiO nanostructure with the assistance of SDS surfactant. The NiO obtained …

We report the effects of thermal annealing on screen-printed NiO electrodes for asymmetric
battery-type supercapacitors on flexible substrates. Ni (OH) 2 was synthesized and …

The application of magnetic fields has recently emerged as an advanced strategy to
enhance electrocatalytic reactions. The influence of an alternate magnetic field (AMF) with …

In this work, we report the impact of substrate temperature effect on the electrochromic
characteristics of trimanganese tetraoxide (Mn 3 O 4) films prepared by nebulizer-assisted …