Hierarchically porous films as catalysts or supports are fascinating electrode materials for
the electrochemical conversion and storage of energy due to the short transportation paths …

Porous metallic foams play a vital role in a diverse range of applications including
electrocatalysis, electrochemical sensing, energy conversion and storage systems …

A comparative study of the electrochemical deposition of cobalt on tin-doped indium oxide
(ITO) substrate was carried out using electrochemical techniques in nitrate and chloride …

One-dimensional bunched nanostructures have attracted particular research interest for
their applications in energy-relate fields. However, developing a reasonable strategy to …

Cobalt hexagonal nanoplatelets and cobalt nanoflakes were produced by electrodeposition
onto aluminium from cobalt sulphate solutions. The dependence of the nanostructure …

Cobalt monoxide is a low–valence compound with a face–centered cubic structure and has
been deemed as a promising electrode material for energy storage, such as batteries and …

High-quality binder-free electrodes are the core parts of film supercapacitors, and play an
important role in the advancement of energy storage systems. In this work, we report …

Nitrogen doped hollow carbon spheres (NHCSs) with tunable surface morphology have
been prepared through one-pot carbonization method by using melamine-formaldehyde …

Hybrid energy devices combining multiple energy components based on different
mechanisms can provide a more comprehensive output performance than individual ones …

Construction of metal/metal oxide composite arrays is highly important for developing
advanced electrochemical energy devices. In this work, we report a facile electrodeposition …