Dr. SAJAL BIRING

Dr. Sajal Biring is an Associate Professor at Ming Chi University of Technology and works on Organic LEDs



Dr. Sajal Biring is an Associate Professor at Ming Chi University of Technology and works on Organic LEDs
Dr. Rini E G is a DST Woman Scientist working on La(FeMn)O3 perovskites
Dr. Swasti Saxena worked in the SMART group for a year and is a DST NPDF. She is working on CNT related sensors.
Dr. Tulika Srivastava successfully defended her thesis on "Effect of Aliovalent doping on Optoelectronic properties of ZnO" and is a postdoc at IIT Kanpur
Dr. Arun Yadav worked on ferroelectrics based on tetragonal P4mm PbTiO3 perovskites. Presently he is a postdoc at Northwestern Univ. in China (PRC)
Gaurav Bajpai is working on doped/substituted ZnO with single and multiple elements employing low temperature, sol-gel synthesis route followed by high temperature sintering.
Nasima Khatun is working on doped TiO2
Dr. Tulika Srivastava successfully defended her thesis and is a postdoc at IIT Kanpur
Pure PbTiO3 belongs to a perovskite ABO3 type family. At room-temperature, PbTiO3 is a ferroelectric material with tetragonal structure P4mm space group
Cerium dioxide is a significant rare earth oxide which has been explored for their structural and chemical properties, reduction behaviour and non-stoichiometry, oxygen storage capacity and metal-ceria interactions. CeO2 is a promising candidate for its application in environmental catalysis, redox catalysis and wet catalytic oxidation of organic pollutants.
Saniya Ayaz is working on unconventional doping of ZnO using Al and other transition metal ions as co-dopants. She investigates the structural and physical properties of co-doped ZnO.
Dr. Tulika Srivastava successfully defended her thesis and is a postdoc at IIT Kanpur
Pure PbTiO3 belongs to a perovskite ABO3 type family. At room-temperature, PbTiO3 is a ferroelectric material with tetragonal structure P4mm space group
Pure PbTiO3 belongs to a perovskite ABO3 type family. At room-temperature, PbTiO3 is a ferroelectric material with tetragonal structure P4mm space group
Pure PbTiO3 belongs to a perovskite ABO3 type family. At room-temperature, PbTiO3 is a ferroelectric material with tetragonal structure P4mm space group
Dr. Tulika Srivastava successfully defended her thesis and is a postdoc at IIT Kanpur
Pure PbTiO3 belongs to a perovskite ABO3 type family. At room-temperature, PbTiO3 is a ferroelectric material with tetragonal structure P4mm space group
Pure PbTiO3 belongs to a perovskite ABO3 type family. At room-temperature, PbTiO3 is a ferroelectric material with tetragonal structure P4mm space group
Pure PbTiO3 belongs to a perovskite ABO3 type family. At room-temperature, PbTiO3 is a ferroelectric material with tetragonal structure P4mm space group