Centre For Nanoscience And Nanotechnology
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| Ongoing | Completed |
| SERB (Early carrier research award): Rs. 30. 98 Lakhs | UGC (Start-up Grant) - Rs. 10.00 Lakhs |
| SERB (Early carrier research award) - Rs. 41.64 Lakhs | UGC (Start-up Grant) - Rs. 10.00 Lakhs |
| SERB (Core Research Grant): Rs. 52.25 lakh | UGC (Start-up Grant) - Rs. 8.00 Lakhs |
| UGC (Start-up Grant) - Rs. 6.00 Lakhs | |
| DST Nanomission: Rs. 42.59 Lakhs | GIAN – Rs. 8.16 Lakhs |
| DST Young Scientist Award: Rs. 25.30 Lakhs | GIAN – Rs. 8.16 Lakhs |
| DST Nanomission: Rs. 23.97 Lakhs | GIAN – Rs. 5.44 Lakhs |
| INSA-Travel grant- Rs. 30,000/-. | DRDO - Rs. 91.46 Lakhs |
| SERB -Travel Grant - Rs. 42000/- | BRICS - Rs. 36.83 Lakhs |
| ICMR : Rs. 5.00 Lakhs | |
| Global Challenge Research Fund ~ 10,000 Euros | India- Japan Cooperative Science Program (IJCSP)- Rs. 80,000 |
Ongoing Research Activities at CNN-JMI
- Optical and electrical properties of porous silicon.
- Application of porous silicon: Alcohol sensing, humidity sensing and optical sensing.
- Synthesis of carbon nanotubes. (MWCNTs and SWCNTs) by Chemical vapour deposition technique.
- Synthesis of Graphene by Chemical vapour deposition technique.
- Morphology studies by HRTEM, HRSEM, AFM of novel nanomaterials.
- Spectroscopic characterization using Raman, FTIR, UV-Vis Spectrophotometer.
- Structural analysis of novel nanomaterials using Xray diffractrometer.
- Toxic gas sensing, temperature sensing, optical sensing using novel nanomaterials.
- Charecterization and synthesis of 2D structured nanomaterials (MoS2, TiS3) and their applicatios.
- Photo-electrochemical studies fot Water Splitting using 2D structured nanomaterials and nanocomposities.
- Photo catalytic dye degradation for water purification using novel nanomaterials. (TMDs & semiconductor metal oxides)
- Fabrication of hydrogen sensors based on metal (Pd) and metal-alloy (PdAg, PdCu) nanoparticles.
- Electronic studies of 2D structured nanomaterials (TMDs) & the effect of doping TMs atoms using density functional tight binding method.


