Qinqin Yuan, Bing Liu
2005
Citations
0
Influential Citations
3
Citations
Journal
Bulletin of The Korean Chemical Society
Abstract
Isonicotinic acid (Iso), namely 4–pyridinecarboxylate, a multi–functional chelating and/or bridging ligand, has proved to be very powerful for the construction of multi– dimensional metal–organic coordination networks. Furthermore, The isonicotinic acid complexes has raised many interests in fluorescence probing with numerous potential applications for studies of microsecond diffusion and dynamics of membranes. Metal centers are potential carriers of electrochemical, magnetic, catalytic, or optical properties that may be introduced into the inorganic–organic hybrid materials. d metals with rich photophysical and photochemical character have focused attentions to synthesize polynuclear complexes. Considering the versatile coordination abilities of Iso, we employ the ligand to coordinate with silver nitrate to fabricate a coordination complex with excellent fluorescence property. Herein we report the synthesis, crystal structure and fluorescence property of a new d coordination dimer [Ag2(Iso)2(NO3)2].