Self-recognition within the crystal lattices of three functionalised macrocycles results in the formation of arrays of remarkably similar hermaphroditic pairs of macrocycles. In the case of two of the macrocycles containing acylhydrazine substituents, a hitherto unknown recognition pattern is found in the interaction of the hydrazine moiety with crown-ether oxygen atoms.
三个官能化大环化合物的晶格内的自我识别导致形成非常相似的两性大环化合物对的阵列。在两个含有酰
肼取代基的大环的情况下,在
肼部分与
冠醚氧原子的相互作用中发现了迄今为止未知的识别模式。