|Title:||Uncommon 3D Twofold Interpenetrated Zinc Phosphate Consisting of Inorganic Chains and Mixed Ligands for Highly Efficient Dye Removal Ability Using Its Nanosized Particles br||Authors:||Li, Jia-Rong
|Issue Date:||23-May-2022||Publisher:||AMER CHEMICAL SOC||Journal Volume:||61||Journal Issue:||20||Start page/Pages:||7964-7969||Source:||INORGANIC CHEMISTRY||Abstract:||
The flexible blocks are the primary building units for constructing crystalline solids with interpenetrating structures. Herein, we reported a novel class of crystalline material with such structural features, which was made of two tetradentate ligands and one-dimensional (1D) rigid chains of zinc phosphate. This is also the first example of transition metal phosphate incorporating a squarate linker. Furthermore, efficient dye removal ability has been presented.
|Appears in Collections:||生命科學暨生物科技學系|
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