Metal-organic coordination polymers,which constructed from metal ions and multifunctional organic ligands,as an important class of solid-state materials have potential applications in gas-storage,phot
The crystal engineering of metal-organic frameworks(MOFs)has grown into a subject that attracts intense attention because controlling the molecular organization in the solid state can lead to material
In the past decades,copper complexes of pyrazolate ligands have been extensively studied due to their structural chemistry and their potential applications in advanced materials and catalytic processe
The reactions of copper(Ⅰ)salts CuX [X = Cl,OTf(OTf = CF3SO3)and ClO4] and bis(diphenylphosphino)methane(dppm)with 4,4-bipyridine(bipy),2,2-bipyridine(bpy),isoquinoline and 1,10-phenanthroline(Phen)le
Metal-organic coordination polymers(MOCP)has promising aspects in areas of gas storage,drug delivery and catalysis owing to their fine-tunable structures[1] and pore size tunability[2].
A novel metal-organic coordination compound,[Zn(μ2-OH)(ATZ)]n(ATZ = 5-amino-1H-tetrazole),has been synthesized through hydrothermal reaction using 5-amino-1H-tetrazole and Zn(NO3)2 as a starting mater
Compound 1 is a linear molecule and the pentafluorobenzene rings are approximately coplanar with the aromatic rings [dihedral angle 5.2°],which promote to form a 2D net.
Porous coordination polymers(PCPs)or metal organic frameworks(MOFs),1 have demonstrated significant promise for gas adsorption and separation because of their chemical tailorability,which results in h