Graphene, versatile building blocks for functional composite materials, shows multiple
fascinating properties and draws great interest, especially in the field of electrochemical …

Holey graphene, also known as perforated graphene is formed by generating in-plane holes
in basal planes of graphene based materials. By exploiting the combined advantages of …

Oxygen electrocatalysis including oxygen reduction reaction and oxygen evolution reaction
is key to improve conversion efficiency of metal–air batteries. Noble metals are accepted for …

Selective electrochemical oxygen reduction (ORR) toward a two‐electron (2e−) pathway is
an eco‐friendly alternative method for H2O2 synthesis to replace the energy‐intensive …

Fuel cells and water splitting are promising sustainable energy storage and conversion
systems that can facilitate the usage of renewable resources and reduce the reliance on …

Metal-free catalysts are promising candidates for Bio-electrochemical Systems (BESs) due
to their high surface area, chemical stability, good electrical conductivity, and enhanced …

Recent research on holey 2D nanomaterials has embarked a new field in nanomaterial
science and engineering. The versatility of physics and chemical properties of this group of …

Developing low-platinum catalysts is considered a promising strategy to facilitate the
commercialization of fuel cells. However, the electrochemical performance of such materials …

Mass generation of scrap tires presents a major challenge for environmental safety,
however, their upcycling into carbon-based nanomaterials by the virtue of pyrolysis …

Ammonia is an indispensable industrial chemical for fertilizer production and energy
carriers. Electrocatalytic nitrogen reduction reaction (NRR) shows a promising possibility for …