Fabrication of nanomaterials with a wealth of useful properties from renewable biomass
such as plants, sea creatures, biomass waste, etc. received considerable attention of the …

In the last few decades, global warming, environmental pollution, and an energy shortage of
fossil fuel may cause a severe economic crisis and health threats. Storage, conversion, and …

Spinel NiCo 2 O 4 is a remarkable electrode material for enhanced energy storage devices
due to its unique tunable structure and shape. Herein, we have demonstrated a facile …

Carbon nanotubes (CNTs), due to mechanical, electrical, and surface area properties and
their ability to adapt to different nanocomposite structures, are very substantial in …

By offering a green and sustainable option to reusing biomass, the creation of energy
harvesting/storage systems from biomass/waste materials has significant scientific and …

Background It is crucial to create improved energy storage technologies, such as
supercapacitors to reduce the erratic nature of natural energy sources, which heavily rely on …

The operating voltage of over 3.0 V is a severe challenge for commercial supercapacitors in
organic electrolyte, which raises rigorous requirements for the structure and composition …

Applications, economic advantage, and effective waste management have sparked much
interest in porous carbon compounds synthesized from renewable and biowaste resources …

Controlling the phase and crystal structure of nanomaterials is a challenging mission in a
wet chemical method and has remarkable importance to the materials properties. Herein, we …

Porous carbon sheets exhibit a big open flat layer with large surface area, short ion transfer
distance, which has attracted massive research as electrode materials for supercapacitors …