Mercaptosuccinic acid was subsequently used as a postexchange ligand to graft the resultant MOF-801 by acid-ammonia condensation to further expand the pore size to 22.73 nm. Notably, the NH2, COOH, and SH groups contributed by these two ligands increased the adsorption sites for Pb(II). The ...
For the first time, the synthesis of the Cu2OQDs@MOF-801 nanocomposite using a simple and low cost route is reported. MOF-801 was chosen as the main matrix owing to its water stability, chemical stability, high surface area, suitable pore size, and biocompatibility. Cu2O QDs were well ...
The Au-n clusters were located inside the octahedral and tetrahedral pore of MOF-801 inducing confinement effect toward the structure of Au-n cluster. Various parameters were calculated including the adsorption energy, deformation energy, density of states and intermolecular interaction between Au-n ...