Research Projects
Ongoing Projects
- “Control on the relaxor behavior through cation engineering in lead free disordered ferroelectrics to attain the optimum recoverable energy storage density" under DST-SERB research grant [Duration: 2020-2023]
- “Find out the maximum attainable energy storage density and
efficiency of the cationic-site disordered lead free perovskites and
their solid solutions for the green energy harvesting” under CSIR research grant [Duration: 2020-2022]
- “Interface-engineered and energy-efficient organic solar cells based on porphyrin small molecules” under BRICS-STI 2017 grant in partnership of China and Brazil [Duration: 2019-2022]
Completed Projects
- “Investigations of the electric field driven effects on structural, ferroelectric and photoluminescence properties in Rare earth substituted lead free piezoceramics,” under UGC-DAE CSR grant [Duration: 2017-2020]
- “Experimental and theoretical investigation of structural and property relations in Ag(M)Nb(N)O3 ceramic systems (M:Li,Na,K,Rb; N:Ta,V)" under UGC-DAE CSR grant [Duration: 2017-____]
- “Electric field driven phase stabilization and structure property correlation in A-site disordered lead-free piezoceramics" under DST-SERB grant [Duration: 2015-_______]
- “Photoluminescence studies on rare-earth modified lead-free ferroelectric ceramics” under CSIR extramural research grant [Duration: 2016-2019]
- “Designing and Fabrication of aerodynamic lenses” under Imprint [Duration:2017-_______]
- “Investigation of magnetoelectric coupling in lead free based magnetoelectric composites for sensor applications under DRDO research grant" [Duration:2012-2016]
- “Effect of site specific cation engineering on the physical properties of multiferroic materials” under DST-Fast Track Scheme [Duration:2012-2015]
- “To investigate the magnetoelectric coupling in site specific substituted NBT (Na0.5Bi0.5-x RxTi1-yMnyO3) ceramics” under UGC-DAE CSR grant [Duration:2012-2015]
- “Construction of Advanced Nano-Spintronics Devices based on Self-Organized Functional Oxide Nano Super-Structures under JSPS-DST (Indo-Japan) scheme [Duration:2012-2014]
- “Investigations on Internal Chemical Pressure on Physical Properties of Novel Multifunctional Materials under IIT Hyderabad seed grant [Duration:2010-2013]
Financial Support