Cyclo [18] carbon (C18, a molecular carbon allotrope) can be synthesized by
dehalogenation of a bromocyclocarbon precursor, C18Br6, in 64% yield, by atomic …

Cyclo [18] carbon has a very unique geometry and electronic structure. We found that an
external electric field (EEF) has an ultrastrong regulation effect on various aspects of the …

The cyclo [18] carbon (C18) has piqued widespread interest in recent years for its
geometrical aesthetic and unique electronic structure. Inspired by it, theoretical …

Several cycloreversion reactions of the retro-Diels–Alder type were computationally
assessed to understand their quantum tunneling (QT) reactivity. N2, CO, and other leaving …

Recent atomic manipulation by an AFM tip created the first sp-hybridized carbon material–
cyclo [18] carbon. Herein, we revealed the unique mechanical properties of cyclo [18] …

This study describes the first demonstration of using monocyclic C 18 and B 9 N 9 as active
materials for the sensing and removing of chemical warfare agents (CWAs) such as …

The recently synthesized cyclo [18] carbon molecule has been characterized in a number of
studies by calculating electronic, spectroscopic, and mechanical properties. However, cyclo …

The induced magnetic field of C2N (N= 3–14) carbon rings was dissected to contributions
from out-of-plane and in-plane π orbitals revealing two concurrent long range shielding or …

Cyclocarbon fully consists of sp-hybridized carbon atoms, which shows quite unusual
electronic and geometric structures compared to common molecules. In this work, we …

Discovery of species with adaptive aromaticity (being aromatic in both the lowest singlet and
triplet states) is particularly challenging as cyclic species are generally aromatic either in the …