The combination of water vapor, which is ubiquitous, and activated carbons (ACs), the most
common adsorbent, is widely used in several fields, including energy storage …

Anion-modified carbon nanomaterials (CNMs) represent a diverse class of functional
nanomaterials that have attracted considerable interest due to their tunable properties and …

This study explores the feasibility of producing activated carbons (ACs) from abundant fern
leaves to enhance their adsorption capabilities. The process involves activation with H 3 PO …

Three types of thermosetting heterocyclic phenolic resins (either oxygen-, nitrogen-or sulfur-
doped) impregnated with FeCl 3 were pyrolyzed in the temperature range of 750–1150° C to …

Atomistic modeling of disordered yet textured carbons is notoriously difficult even though it
can prove extremely helpful in rationalizing structure–property relationships for this class of …

Applying a design of experiments methodology to the molten salt synthesis of nanoporous
carbons enables inverse design and optimization of nitrogen (N)‐rich carbon adsorbents …

Graphite is the thermodynamically stable form of carbon and yet is remarkably difficult to
synthesize. We show the annihilation of screw dislocations is critical for graphitization …

This study reports on the low-pressure hydrogen (H 2) and deuterium (D 2) physisorption
processes in nanoporous activated carbon cloth at supercritical temperatures. In-situ small …

Suboptimal spatial utilization and inefficient access to internal porosity preclude porous
carbon cathodes from delivering high energy density in zinc‐ion hybrid capacitors (ZIHCs) …

This paper explores the utility of large-scale atomistic models to examine the complex
relationship between biochar behavior, its structural characteristics, and the reactions …