Research Skills
Good experimental skills on the preparation of photonic materials [NLO crystals, Glasses and Phosphors], carbon based metal oxide nanocomposites and also acquired knowledge in the synthesis of metal nanoparticles using several techniques
- Spin coating method
- Chemical methods (Co-precipitation, Hydrothermal, etc)
- Solid-state reaction method
- Green synthesis method
- Slow-evaporation method
- Melt-quenching method
- X-ray diffraction (Powder, single and high resolution XRD)
- SEM/FESEM attached with EDS
- TEM and SAED
- FTIR/RAMAN
- X-ray photoelectron spectroscopy
- TGA/DTA/DSC
- Electrochemical measurements
- I-V and Hall measurements
- ICP-OES spectroscopy
- UV-Vis-NIR spectroscopy
- Diffuse reflectance and photoluminescence spectroscopy
- Cytotoxicity studies (In vitro)
- Second harmonic generation (SHG)
- Microbial activity studies
Hands on Instrumentation
Analytical Instrument
- X-ray diffraction (XRD) – MPD for bulk and for thin film – PANalytical
- FE-SEM/EDS-Hitachi- S-4200 (bulk) and S-4800 (thin film)
- Transmission Electron Microscope-Hitachi H-7600
- Ion sputter for conducting layer coating
- UV-Vis-NIR -Aligent-Cary 5000 for liquids, powders and thinfilms
- TG-DTA instruments-SDT Q600 for simultaneous TGA/DTA/DSC measurements
Laboratory Equipment
- Spin coater (Midas Spin Process Controller)
- Vacuum furnace with controlled atmosphere such as N2 and Ar (Thermo Scientific-Electronic Materials System)
- Electric box-type furnace (Thermo Scientific)
- Vacuum drying oven (DZF-6030A)
- Centrifuge (Labogene 1248)
- Ultrasonicator (JAX ultrasonic-2010)
- Plasma etching system (Femto Science)
- Sputtering (Emitech-K675X-Peltier cooling)
- Electrochemical Analyzer-CHI, Biologic, Autolab Instruments for electrochemical analysis