The development of nanoporous carbon-based energy storage is a fast-growing area. To
assist these developments, it is necessary to establish simple criteria and relationships …

Graphene oxide is most often chosen as an alternative to graphene in the applications of
carbon-based nanomaterials where adsorption is the primary process. However, its …

An accurate quantitative prediction for concentration‐dependent adsorption of organic
compounds by carbon‐nanotubes (CNTs) is increasingly in demand to evaluate not only …

Widespread usage of pharmaceuticals, personal care products (PPCPs), and agrochemicals
followed by the release of household waste, industrial and hospital wastes has affected the …

Adsorption is the key process in the expression of environmentally relevant physicochemical
and toxicological properties of carbon nanomaterials. However, the adsorption of organic …

Solubility of fullerenes in diverse solvents is difficult to model owing to the involvement of
inherent quantum‐mechanical interactions. This work proposes pure quantum mechanical …

Carbon nanotubes (CNTs) have taken precedence over activated carbon in various
applications where adsorption is the primary process. The adsorption of chemical …

Over the past many decades, chemical toxicity to Daphnia magna has been extensively
modeled. The existing models are based on a wide range of descriptors but mainly …

Harmful effects produced by hazardous chemicals/pollutants toward the environment have
been a serious issue of concern since the past. Therefore, a cherished goal of chemists lies …

Environmental issues are becoming more and more topical every year and therefore more
and more attention is being paid to the introduction of new renewable energy sources. The …