The effect of ultrasonic irradiation power and initial concentration on the particle size of nano copper(II) coordination polymer: Precursors for preparation of CuO nanostructures

Comparative study of the X-ray crystallography temperature, synthesis method, optical properties, NCI-RDG and Hirshfeld surface analyses of coordination polymer of [CuI(DAFO)(SCN)]n: an amenable precursor for CuO nanoparticles

“…Recently, the synthesis of copper Coordination Polymers (CPs) has attracted the attention of many scientists [8] because of their perceived potential, fascinating structural properties, and their important applications such as medical, luminescent, magnetic, and catalytic properties, ascribing copper(I) and copper(II) CPs [9{13]. Anions like thiocyanate (SCN ) and azide (N 3 ) acting as bridging ligands play a prominent role in determining the structure of polymeric metal-organic compounds, particularly when the chelating ligand is neutral.…”

“…To date, microwave synthesis, solvothermal, sol-gel process, precipitation, and chemical vapor methods represent various synthesis methods developed for preparing metal oxide NPs. However, among them, the thermal decomposition of transition metal coordination complexes to nanoparticles of metal oxide NPs is of high priority due to its facile control of synthesis, crystal structure, NP size, precise choice of precursors, cost-e ectiveness, purity, and high yields [8].…”