Stable Nanoporous Solid Materials as Good Host for Immobilizations Process

Nanoporous materials with an organic-inorganic hybrid framework have shown improved catalytic and photocatalytic properties in comparison to other materials [۱-۲]. These hybrid structures possess some obvious advantages over porous sol-gel derived or grafted hybrid materials such as highly ordered structures with very uniform pores, high loadings, and homogeneous distribution of functional groups throughout the whole framework [۲]. However, despite the unique characteristic of those, their impact as supports in catalytic systems for environmental applications has been unexplored to date. Recently, our group has explored several porous hybrid supports for encapsulation of transition metal nanoparticles and organic functional groups for catalytic aims.

کلیدواژه ها:

Nanoporous ، Immobilization ، metal-organic frameworks (MOFs).