Over the past several decades, halogen bonding has become a standard 'tool'in
supramolecular chemistry and particularly in crystal engineering. Traditionally, the study of …

In the past several decades, the field of cocrystal engineering has developed into a vital
research topic in supramolecular chemistry, holding the foremost scope in crystal …

Supramolecular synthesis, a field of study in chemistry, offers a versatile approach to
construct complex structures using non-covalent interactions. In this study, we explore the …

S–(CF3) Thianthrenium and S–(CF3) dibenzothiophenium cations form potent chalcogen
bonds (ChBs) with [Mo (CO) 5CN]−, yielding S2N2 supramolecular motifs. Crystal structures …

Despite its identification in the early 19th century, the fundamental understanding of halogen
bonding continues to hold immense interest in crystal engineering and supramolecular …

We report the use of mechano-and thermochemical methods to create new solid-state
luminescent materials from well-known inorganic salts, potassium dicyanoaurate (I) KAu …

The co-crystallization of S-(CF3)-dibenzothiophenium (“Umemoto”–abbreviated Ume)
cations and polycyanometalates with different coordination geometries yields a large …

Developing porous materials for the efficient capture of I2 is relevant to the sequestration
and storage of radioactive iodine towards clean nuclear energy. In this work, three …

Halogen-bonded networks have been prepared by cocrystallization of the linear ditopic
halogen bond donor diiodoacetylene C2I2 and lipophilic phosphonium salts of the …

Two new cocrystals of 1, 4-diazabicyclo [2.2. 2] octane (DABCO, C6H12N2) with 1, 2-
diiodoethene (1, 2-C2H2I2) and 1, 2-diiodoethane (1, 2-C2H4I2) complete a series of …