Carbon-based compounds, including activated carbon (AC), graphene, and their
corresponding composites, are currently garnering considerable research interest thanks to …

Temperature‐sensitive (thermosensitive) hydrogels, which are part of the family of stimulus‐
sensitive hydrogels, consist of water‐filled polymer networks that display a temperature …

The faradic asymmetric electrodes have recently attracted attention in capacitive
deionization (CDI) because of their capability to remove both Na+ and Cl− ions from saline …

Biochar materials have shown great potential for broad catalytic application. However, using
these materials in the capacitive deionization technology (CDI) system for heavy metal …

To meet the future demand for green energy, the development of catalysts for water splitting
has become an essential task for scientists worldwide. In this context, a novel catalyst that …

The pursuit of efficient and durable catalysts utilizing non-noble metals is critical for
sustainable energy conversion through electrochemical water splitting. Herein, we present a …

Carbon-based materials that act as supports to design electrocatalysts have been actively
pursued for fuel cells and overall water-splitting (OWS) applications. However, carbon …

In this work, we have reported maximum specific capacity of novel activated
carbon/graphene oxide/tin oxide (AC/GO/SnO 2) and activated carbon/graphene …

Capacitive deionization is a promising and low-environmental-impact desalination
technology that has gained significant momentum in recent years. This review presents a …

MnS is considered as a potential anode own to its merits of high specific capacity, suitable
voltage potential, and unique α→ β phase transition reaction. Nevertheless, its intrinsic low …