Abstract Three 4-(2'-pyridyl) imidazole (4-pyim) complexes of copper (II) have been
synthesized and studied structurally and magnetically. The structures of [CuCl2 (4 …

The design of both molecular and non-molecular solid materials with specific properties
fundamentally relies on the controlled synthesis of crystals with desired functional groups …

Copper metalloenzymes ascorbate oxidase (AOase), amine oxidase (AmOase), and
catechol oxidase (COase) possess copper (II) sites of coordination, which are trimeric …

The structure of a second polymorph of CaSiF6· 2H2O [calcium hexafluoridosilicate
dihydrate; space group P2/c (No. 13), Pearson symbol mP2] was elucidated by single-crystal …

Two heterobimetallic fluoride compounds,[Cd (C 4 H 6 N 2) 4] 3 [ZrF 7] 2 and [Zn (C 4 H 6 N
2) 4] 3 [HfF 7] 2 (C 4 H 6 N 2​=​ 3-methylpyrazole), consisting of the alternating asymmetric …

The study of magneto-structural correlations in transition metal complexes has been a topic
of interest for decades. In particular, copper (II) complexes have been studied extensively in …

Metals found in the human body are utilized to maintain normal functions such as cell
proliferation, growth, and respiration. If trace amounts of metal ions in our body …

The construction of varied networks architectures has been accomplished by incorporating a
variety of transition metal coordination geometries in ligand design. Nitrogen-based …