A hybrid composite that unifies multiple structural attributes is the key for improved functional
device performance. Moreover, hierarchical and porous assembly of dissimilar constituent …

The rapid development of flexible energy storage devices is crucial for various applications.
However, it is still difficult to manufacture functional flexible electrochemical double layer …

A flexible supercapacitor (SC) is an attractive energy storage device for powering low-power
sensors, since it can be built using only nontoxic and sustainable materials. In this study, the …

The high interest in wearable technologies has inspired an increased demand for portable,
flexible energy storage devices. Currently, most commercial electrochemical energy storage …

The potential of a radio frequency (RF) magnetron sputtered silver (Ag) thin film electrodes,
for electrochemical energy storage application is presented in this paper. Scanning electron …

Designing a new electrode active materials including graphene and nanomaterials such as
Titanium dioxide (TiO2) with polypyrrole have important for supercapacitor devices. In this …

In this detailed and elaborate chapter, use of metal oxides containing/based materials,
Co3O4 and associated composite materials, for supercapacitor electrodes are reviewed in …

In recent years, significant research has been directed towards the development of energy
storage devices that are thin, lightweight, and flexible, catering to the diverse demands of …

Printed flexible supercapacitor (SC) is seen as an attractive alternative to replace batteries
as energy storage unit in energy autonomous sensors. This paper assesses a cyclic …

As the demand for supercapacitors in various flexible and wearable energy sectors grows,
reliability becomes a key aspect to consider. We report the fabrication and reliability study of …