The fabrication of sulfide/graphene composites is an important strategy to improve the
performance of supercapacitors. It is still a challenge to synthesize three-dimensional …

This work was resolved to scrutinize the charge storing properties of nanomaterials for super
capacitor applications. The titanium dioxide (TiO 2) and titanium dioxide/Silver (TiO 2/Ag) …

The present paper reports the investigation of structural, electrical, dielectric, and transport
properties of the polyethylene oxide (PEO)-based polymer nanocomposite (PNC), with …

Designing highly efficient and durable metal-free electro-catalysts replacing the precious
(non) noble metals is crucial to the future hydrogen economy and various renewable energy …

Thin porous carbon nanospheres based on natural materials, characterized by abundant
availability, facile synthesis without templates, and heteroatom doping have confirmed the …

From the perspective of electrode materials, the effectual implantation of charge storage and
conductive materials has been substantially demanded for the supercapacitor's …

This work presents a new methodology to interpret the electrochemical behavior of
pseudocapacitors (PCs) which is based on a new theoretical approach denoted as the …

The need for inexpensive and ecologically sustainable energy storage technologies is rising
rapidly along with the severity of the world's environmental challenges as well as with the …

Bismuth phosphate is one of the emerging electrode materials for various energy storage
applications. Here we analyzed the electrochemical behavior of doped bismuth phosphate …

Here we report an effective and facile method for preparing porous carbons (CSCK-Tx) with
highly developed hierarchical porosity for high-performance supercapacitor by one-step …