Surface Area Enhance ment of M gO/Mg(O H)۲by Hy drotherm al process in the presence of Chiral Ionic Liquid

The architectures and morph ologies of nanostructure d materials are crucial features for their physic al and chem ical properties [۱, ۲]. The ability to tune the shape of inorganic crystal s is of extraordinary imp ortance be cause their electronic structure, bonding, surface energy, and chemical reactivity are directly related to their surface morphology. Great intere st in nanostructural materials has been focused on controlling the morphologies of materials and FInding novel prop erties. The synthesis of inorganic m aterials in Room temperature ionic liquids (RTILs) is a rather new d evelopment and has a ttracted increasing int erest in recent years. Nevertheles s, the potential of RTIL s in the controlled synthesis of inorg anic nanostructures with a complex form or hierarchical arc hitectures remains to be fully explored.In this work, we present the c ontrol synthe sis of Mg O/Mg(OH)۲ architectures by a ch iral ionic liquid-assisted hydrothermal method and enhancement insp ecific surfa ce area.

کلیدواژه ها:

Magnesium oxide ، Ionic liquid ، Surface area ، Morpho logy