These results have been explained by intramolecular hydrophobic ligand-ligand interaction of the complexes in solution. 从配合物分子内配体间的疏水作用讨论了这种高稳定性。
Intramolecular Ligand-Ligand Hydrophobic Interaction in Coordination Compounds(ⅱ)& Systems of Cd~ ( 2+)( Co~ ( 2+))-Phenanthroline-Amino-Acids System 配位化合物分子内配体间的疏水缔合作用(Ⅱ)&镉(Ⅱ)、钴(Ⅱ)-邻二氮菲-氨基酸体系
So investigating the ligand-ligand interaction is an easy way to understand the supermolecular structure formed by coordination compounds. 因此,研究配合物中的配体间弱相互作用就成为由配位化学向超分子化学过渡的桥梁。
The ligand-ligand interaction, such as van der waals forces 、 electrostatic interactions 、 hydrogen bond 、 aromatic stacking and hydrophobic interaction, is an important intermolecular interaction to construct the supermolecular architectures. 配体与配体之间的作用,例如:范得华力、静电作用、氢键、芳环的堆积和疏水作用是构筑超分子体系的重要的分子间相互作用。