Two new coordination frameworks based on rod-shaped secondary building blocks with five-nodal (3, 4, 5, 6)-connected and (3, 5, 6)-connected network topologies

Two new coordination frameworks, namely, [Zn2(aip)(Haip)2(H2O)2]⋅2H2O (1) and [Cu2(aip) (H2O)(μ3-OH)2] (2),were synthesized from the corresponding metal salts with 5-aminophthalic acid (H2aip) under hydrothermal conditions. They possess interesting 3D architectures constructed from the rod-shaped secondary building blocks with 5-nodal (3, 4, 5, 6)-connected and (3, 5, 6)-connected network topologies, respectively. Moreover, luminescent behaviors of two complexes have been investigated at room temperature and they show the intense blue emissions.

Two new 3D coordination polymers possess 3D architectures constructed from the rod-shaped SBUs with 5-nodal network topologies as well as show the intense blue emission at room temperature.Figure optionsDownload as PowerPoint slideResearch Highlights
► Two complexes 1–2 are assembled by 1D rod-shaped secondary building blocks.
► They show 3D metal-organic frameworks with 5-nodal network topologies.
► They have different topologies, due to multiple coordination modes of aip anions.