Recently, nanoparticles with remarkable physical and chemical properties have attracted
intense attention. Many techniques have been developed to synthesize nanoparticles. The …

Capacitive deionization (CDI) is a recently developed electrosorption technology for
deionization using porous electrodes. The electrode materials play an important role in the …

Fundamental insight into the extent to which the nanostructured surface and geometry
impacts neurochemical interactions at electrode surfaces could provide significant advances …

Low energy density hinders the development of supercapacitors in the market of large
hybrid power equipment and electric vehicles that demand much higher energy density …

Here, we provide an optimized method for fabricating surface-roughened graphene oxide
disk microelectrodes (GFMEs) with enhanced defect density to generate a more suitable …

The carbon and nickel oxide/carbon composite electrodes were prepared by plasma jet and
magnetron sputtering techniques. The investigations were performed to evaluate the …

Catalytic oxidation of NO at low temperature is a potentially competitive method, and the
catalyst's preparation and modification are crucial for NO catalytic oxidation. Non-thermal …

In a hydrogen-bromine (H 2-Br 2) fuel cell, the Br 2 reactions don't require precious metal
catalysts, hence porous carbon gas diffusion media (GDM) are widely used as electrodes …

The surface area of carbon electrodes in redox flow batteries and fuel cells governs the rates
of electrochemical reactions. Carbon cloth electrodes offer greater durability and serve as a …

Control of the bonding structure in carbon materials is achieved by a post-treatment of
atmospheric pressure plasma (APP) for magnetron-sputtered carbon films. The APP post …