Ta-MOF as a novel nanostructure with desirable physicho-chemical properties: An effective synthesis route

Metal-organic frameworks (MOFs) as an interesting class of crystalline porous Polymers, which are organized by corporation of metal nodes or clusters associated by organic linkers, suggest a distinctive chemical variety composed of a designable framework and perennial porosity [1-3]. These compounds have shown major capability for several practical structurerelated applications such as sensing [4], separation science [5], catalysis [6], luminescence [7], drug delivery [8], surface engineering [9], and molecular shuttling [11]. In this study we used three methods of ultrasound, reverse micelle and ultrasound-reverse micelle synthesis to synthesize tantalum metal- organic frameworks