It is of great interest to develop new carbon-based materials as electrodes for
supercapacitors because the conventional electrodes of activated carbons in …

Microporous activated carbon originating from coconut shell, as received or oxidized with
nitric acid, is treated with melamine and urea and heated to 950° C in an inert atmosphere to …

Wood origin activated carbon was oxidized and then treated with melamine and urea
followed by carbonization at 950° C in an inert atmosphere. The samples were …

Nitrogen‐enriched nonporous carbon materials derived from melamine–mica composites
are subjected to ammonia treatment to further increase the nitrogen content. For samples …

Two‐dimensional mesoporous carbon nitride (MCN) with tunable pore diameters have been
successfully prepared for the first time using SBA‐15 materials with different pore diameters …

Mesoporous carbon materials [1] with nanoscale pore sizes prepared from periodic
inorganic silica templates [2±4] have been receiving much attention because of their …

Porous carbon nitride (CN) spheres with partially crystalline frameworks have been
successfully synthesized via a nanocasting approach by using spherical mesoporous …

CO2 capture via solid adsorption technology relies on the development of low-cost and high-
performance new solid adsorbents. The robust and large-scale produced hexagonal boron …

The interaction of graphite with plasmas of pure gases (O2, N2 or H2O), air or mixtures of
gases containing NO has been studied by XPS “in situ” analysis. Depending on the type of …

A series of highly porous nitrogen doped porous carbons (NPCs) have been successfully
prepared using a novel porous polyimine as the precursor. The resulting NPCs have a high …