Research topics:
1. Thin films and heterostructures
deposition by PLD and
RF-PLD
Ferroelectrics, piezoelectrics
and relaxors
SrBi2Ta2O9 - SBT,
Pb(ZrxTi1-x)O3 - PZT, La doped PZT
Pb(Mg1/3Nb2/3)O3 - PMN,
(Ba1-x Srx) Ti O3
- BST
Zinc oxide (ZnO)
Piezoelectric, n-type semiconductor,
p-type semiconductor
ZnO/MgxZn1-xO
and MgxZn1-x/ ZnO /MgxZn1-x QW's
III-V compounds
AlN, InN, GaN and their
combinations
Biocompatibles
Hydroxyapatite, NiTi
Heterostructures
PMN/LSCO; PZT/TiN; CN/SiCN/SiC
High-k dielectric
materials
ZrO2,
ZrSixOy, HfO2, HfSixOy,
Nb2O5, NbSixOy, Ta2O5,
TaSixOy
Wide
band gap semiconductor metallic oxide
WOx
Magnetic materials
Hard magnetic materials: NdFeB, SmCo,
Ferrites
Soft magnetic materials: Permalloy, FeSi
2. Matrix Assisted Pulsed Laser
Evaporation - MAPLE and MAPLE-DW
Thin films of Bioorganic materials and Polymers:
Polysiloxane,
polyaniline
Polyethylene glycol
Proteins
Lysozyme, myoglobin,
ovalbumin
3.
Modeling and simulations of
ablation and radiofrequency plasmas
Particle in Cell (PIC)
simulation of plasma desorption and evolution in
different one and two dimensional
geometries.
Direct Simulation Monte Carlo (DSMC) of various processes in plasmas
(three body recombinations, collisions
charge – neutral, charge exchange etc.)
4.
Plasma spectroscopy
Optical emission
spectroscopy
5. Nanomaterials for
catalytic and biological applications
Al2O3 / SiO2 /
TiO2 / ZrO2
Catalytic systems and porous materials
fabrication by laser and conventional techniques
Nanomaterials for drug delivery
6. Modeling and
simulation of heterogeneous processes
Heterogeneous Kinetics (non-isothermal kinetics,
isothermal kinetics and sample
controlled thermal analysis-SCTA)
Non-isothermal Kinetics (conventional and CRTA) –
theory & applications
Catalytic Kinetics of heterogeneous reactions
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