Evidences have proved the versatile role of sulfur atom in supramolecular chemistry. $^1$Presence of S atom in the molecule usually results in the specific structural properties of molecules. In the present study, $S\cdots}arene$, $N\cdots}arene$, $CH\cdots}\pi}$, $CH\cdots}S$ and $CH\cdots}N$ type of weak interactions stabilize the conformation and self assembly of symmetrical as well as dissymmetrical molecules.
证据表明,
硫原子在超分子
化学中具有多种作用。
$^1$分子中S原子的存在通常会导致分子的特定结构特性。在本研究中,
$S\cdots}arene$、
$N\cdots}arene$、
$CH\cdots}\pi}$、
$CH\cdots}S$和
$CH\cdots}N$类型的弱相互作用稳定了对称和非对称分子的构象和自组装。