Electrochemical activation of metal phosphides presents an important significance in
fabricating self-activated supercapacitors. To explore the charge/discharge activation …

Electrochemical activation has a great significance for enhancing the energy storage
capability of electrode materials. To develop high-performance phosphides electrodes …

Nanostructured mixed transition metal phosphides are promising battery-type materials for
supercapacitor applications due to their advantageous morphology and electronic …

Transitional metal phosphides (TMPs) are regarded as comparatively promising electrode
materials for energy storage and conversion. However, the poor cycling performance of …

In this study, a general and effective phosphorization strategy is successfully demonstrated
to enhance supercapacitor performance of various transition metals oxide or hydroxide …

Considering the synergistic effect of transition metal phosphides and 3D structure
substrates, herein, we directly deposited well-defined hierarchical radial Ni x P nanospheres …

Materials with good capacitance performance at high loading are desirable for application in
supercapacitors at the device level. Here, we have reported the synthesis of sheet-like …

The relatively low density of active sites and poor ions transport of electrode materials are
the two main barriers hindering the applications of supercapacitors and electrocatalysts …

It is crucial for next-generation energy storage devices to develop high performance
electrode materials. For the real commercial application of supercapacitors, high mass …

The construction of in situ grown porous structures can enlarge the contact area between
electrodes and electrolyte and shorten the distance for ion diffusion, boosting the …