Luminescent homodinuclear copper(I) halide complexes based on the 3,5-bis{6-(2,2′-dipyridyl)}pyrazole ligand

Synthesis, Crystal Structure, Theoretical Study, Thermal ­Behavior, and Luminescence Property of A Bromide‐Bridged Silver(I) Complex with 4, 4′‐Bipyridine

“…The thermal decomposition pathways of the complex 1 are similar to those of reported metal-organic complexes, which containing triphenlyphosphine and heterocyclic nitrogen ligands. [26,27] Interestingly, no weight loss could be seen upon heating complex 1 up to 200°C. This displays that the structural framework is retained up to 200°C, consistent with the result of [Ag(dppe) 1/2 (bpy) 1/2 (ONO 2 )] n reported by Mishra et al, even though some differences present in both complexes.…”

Syntheses and structures of neutral dicopper(I) halide complexes with bispyridylpyrrole ligand

“…The exactly same procedure was operated to prepare complexes 2-6, only using [Cu 2 (l-Br) 2 3 ], or HPDP Br in place of HPDP H .…”

“…Copper complexes are widely used as catalysts [1], oxygen sensors [2], supramolecular assemblies and protein probes [3]. Currently, copper(I) halide complexes have attracted increasing interest in organic light-emitting diodes due to abundance and cost-efficiency [4].…”

Synthesis and characterization of mono- and dinuclear copper(I) complexes with 3-(2-pyrimidinyl)-1,2,4-triazine

“…Copper(I) complexes are of interest in this context due to their attractive photophysical and photochemical properties [11][12][13] as well as promising applications in biological probes, solar energy conversion, and display devices [14,15]. Accordingly, we have recently carried out the designed synthesis of photoactive multinuclear copper(I) complexes utilizing multi-site N-heteroaromatic bridging chelate ligands [16].…”