Noncovalent interactions are essential for the existence of solid and liquid phases. 1, 2
Traditionally touted as weak forces, quantification of these interactions, which govern the …

Graphene has received extensive attention in various fields due to its π-rich electronic
structure, two-dimensional (2D) layered structure, and easy functionalization characteristics …

Abstract Cucurbit [n] urils (CBn) bind guest molecules through a combination of electrostatic
interactions with the carbonyl rims and hydrophobic interactions with the inner cavity …

Anion–π interactions, intuitively repulsive forces, turned from controversial to a well-
established non-covalent interaction over the past quarter of a century. Within this time frame …

Noncovalent interactions have a constitutive role in the science of intermolecular
relationships, particularly those involving aromatic rings such as π–π and cation–π. In recent …

Anions are essential species in biological systems and, particularly, in enzyme–substrate
recognition. Therefore, the design and preparation of anion receptors is a topical field of …

Studies of a series of urea-based anion receptors designed to probe the potential for anion
recognition through combinations of hydrogen and halogen bonding are presented. Proton …

This paper refines the nature of the interactions between electron-deficient arenes and
halide anions. Conclusions are based on (i) new crystal structures containing alkali halide …

We have investigated various types of π-interactions, where one of the interacting π-systems
is represented by an aromatic benzene molecule. The system includes Rg-π, CH-π, π-π (D) …

Reactions of 3, 6-bis (2 '-pyridyl)-1, 2, 4, 5-tetrazine (bptz) and 3, 6-bis (2 '-pyridyl)-1, 2-
pyridazine (bppn) with the AgX salts (X=[PF6]-,[AsF6]-,[SbF6]-, and [BF4]-) afford complexes …