Metal-organic frameworks(MOFs)as a class of inorganic-organic hybrids materials,which has many potential application in many fields,such as gas adsorption,stored energy,magnetism,sensors and so on.
The possibility to alter the properties of metal complexes by ligand change is without doubt an important driving force for the synthesis of new rare-earth element complexes that may find application
In order to reduce the environmental pollution,such as haze and acid rain,it is necessary to develop environmental friendly-catalyst for deep desulfurization of fuels.
Luminescent lanthanide coordination polymers as a new sort of materials have been studied extensively,which possess unique optical properties such as large stokes shifts,long lifetimes,characteristic
Single-molecule magnets(SMMs),potential candidates for information storage devices,quantum computing,and spintronics devices,have attracted a great deal of attentions,which feature slow relaxation of
Recently metal-organic frameworks(MOFs)have attracted great attention of materials chemists owing to their tunable structure,porosity,anda variety of applications.
The public reputation of carbon monoxide(CO)as an invisible killer,which long known as a gas that is toxic to humans.But now it has been confirmed as a very important molecule in the biological system
Metal-radical based complexes[1-3],especially 2p-3d-4fhetero-tri-spin compounds[4],have attracted much attention due to their high ground states from the uncompensated spins and the novel properties w