Issue 12, 1998

Molecular tectonics VIII: formation of 1D and 3D networks based on the simultaneous use of hydrogen bonding and ionic interactions,

Abstract

Using a combination of directional hydrogen bonding and ionic interactions, 1- and 3D molecular networks were obtained in the crystalline phase. It has been shown that a bisamidinium dication and dicarboxylate mono or dianions form one and two dimensional networks in the solid state. The formation of networks was based on a dihapto mode of hydrogen bonding between the complementary dication and dianion. Tectonique moleculaire VIII: utilisation simultane′e de liaisons hydrogène et interactions ioniques conduisant à la formation de re′seaux mole′culaires mono- et tridimensionnels à l'e′tat cristallin. L'utilisation simultane′e de liaisons hydrogène et d'interactions e′lectrostatiques charge–charge a e′te′ mise à profit pour former des re′seaux mole′culaires uni- et bidimensionnels à l'e′tat cristallin. Un de′rive′ dicationique de type bisamidinium capable de donner quatre liaisons hydrogène s'associe avec des mono- et dicarboxylates pour former des re′seaux mole′culaires à l'e′tat solide. Les re′seaux 1- et 3D ainsi obtenus peuvent être de′crits comme la translation selon une ou trois directions de noeuds d'assemblage forme′ par un processus de reconnaissance mole′culaire entre les donneurs et accepteurs de liaisons hydrogène.

Article information

Article type
Paper

New J. Chem., 1998,22, 1389-1393

Molecular tectonics VIII: formation of 1D and 3D networks based on the simultaneous use of hydrogen bonding and ionic interactions,

O. Fe′lix, M. Wais Hosseini, A. De Cian and J. Fischer, New J. Chem., 1998, 22, 1389 DOI: 10.1039/A802806K

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