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Future is green chemistry: synthesis and photophysical characterization of new copper(I)- and silver(I)-based azolate/polycylic arene complexes
Group 11 (+1) d10 transition metal complexes, specifically copper and silver, have attracted significant attention for their fascinating architectural and photoluminescent properties which can be utilized in various ...
Characterizations of Multiple Polymorphs of Copper Acetonitrile-Quinoxaline Complexes Synthesized
Coinage-metal complexes are of modern interest in all fields of Chemistry due to their fascinating applications. Particularly, coordination polymers composed of Gold, Silver, or Copper (+1)-cations with organic molecules ...
Creating Molecules that Matter
Metal complexes have brought great attention to the chemistry field due to their ability to form several polymers and complexes depending on the ligand which it reacts. Low coordination number in Copper complexes leads ...
Potential Tomorrow’s Generation of Traffic Light Phosphors: New Copper Halide Cluster Complexes as Efficient Solid-State Emitters With Tunable Monochrome Colors
Luminescent copper complexes are under current scrutiny for potential materials and biomedical applications. In this contribution, strongly- luminescent copper(I) halide dimethylpyrazole cluster complexes have been prepared ...
Quantifying the Detection Limit of Volatile Organic Compounds by Luminescence Using Trinuclear Silver(I) and Copper(I) Pyrazolate
Trinuclear silver(I) and copper(I) pyrozolates have the ability to switch- on luminescence in the presence of volatile organic compounds (VOCs) such as benzene, and switch off in the absence of VOCs. These compounds exhibit ...