Nano Area
Faculty
PhD: Chemical Engineering faculty, Technion, 2009
BSc: Chemical Engineering, Ben Gurion University, 2004
Nano Main Field :
Our research is focused on the synthesis of heterogeneous catalysts and advanced functional materials. Given that the reactivity of solid catalysts originates from their surface, rather than the bulk of the material, we design our synthesis to make catalytic material with nanoscale dimensions and features. Furthermore, analysis and characterization of reactions occurring at the surface of necessitate using tools designed for sub-nano and nano scales.
Research Interests
The Gazit research group is interested in understanding and manipulating reactivity at inorganic and organic surfaces for energy related applications and the utilization of sustainable sources. This line of research is pursued by developing and exploring routes for the synthesis of advanced functional materials as heterogeneous catalysts and adsorbents. They use a combination of techniques related to organic, inorganic and polymer chemistry for the synthesis of new functional materials. Specific emphasis is placed on studying reactions occurring on the surface of the catalysts and identifying central surface features responsible for enhancing reactivity and selectivity. The Gazit group is always looking for inspiration from natural systems, from which they can adopt mechanisms and concepts and incorporate them in their materials design. Currently we are synthesize and investigating catalytic materials for enhancing high temperature methane activation reactions.