Name: Mehmet Ali Gülgün
SU Webpage: http://people.sabanciuniv.edu/~m-gulgun/index.html/
Prof. Gülgün's group focus on four major paths. First direction is microstructural engineering through sintering, densification and grain growth in functional polycrystalline ceramics. Second path is finding environmentally-friendlier alternative for cementitious materials in severe environments including construction materials for space-explorations. Third direction is fast ion-transporting materials for fuel cells, solar cells, Li-Ion batteries, conventional wet batteries. Fourth major direction is synthesis of oxide ceramics with tailored optical properties for phosphorescent or thermochromic applications.
Transmission electron microscopy of topochemical conversion interface between La2Ti2O7 reactive template and perovskite product Li0.16La0.62TiO3 electrolyte
Solid oxide-molten carbonate nano-composite fuel cells: Particle size effect
Solid oxide carbonate composite fuel cells: Size effect on percolation
Polymerized Organic-Inorganic Complex Route for Mixed-Oxide Synthesis
Process for Preparing Superhydrophobic Surface Compositions, Surfaces obtained by said Process and the Use of them