Synthesis and Characterization of Gel electrolytes

Contributions to Teaching

1. Assistant Professor on contract in the Department of Nanoscience and Technology from July 2018 – March 2019.
2. Assistant Professor on Hourly basis in the Department of Nanoscience and Technology from July 2019 – March 2020.
3. Assistant Professor on Hourly basis in the Department of Nanoscience and Technology from June 2020 – Jan 20,2021.

Research Interests

1. Polymer Gel electrolytes
2. DSSC fabrication
3. Nanomaterial Synthesis

Supervised Research Work

1. Study on “Polyvinylidene fluoride and Polyvinylidene fluoride co- hexafluoropropylene Gel Electrolyte for Photovoltaic Application” - M.Tech Dissertation, Department of Nanoscience and Technology, Calicut University, Kerala Inida.

Publications

1. Nijisha P, Dharsana M V, Sindhu S. Synthesis and Electrochemical Characterization of Physically Cross-Linked Gel Electrolyte for QSDSSC Application, Materials and Design 101 (2016) 270–276. IF= 5.770 (international).
2. Nijisha P, Bhabhina.N.M, Sindhu S. Application of gel electrolyte in dye sensitized solar cells, Nanosystems: Physics, Chemistry, Mathematics 7 (4) (2016) 752–754. IF= 0.76 (international).
3. Nijisha P, Sindhu S. Synergistic Enhancement in the Electrochemical Properties of Polymer Gel Electrolyte Interspersed with Metal Oxide Fillers Solar energy 2019. IF= 5.170 (international).
4. Bhabhina N M, Nijisha P, Sindhu S. Anchoring of polymeric precursor on oxygen deficient ZnO nanotubes: A chelation assisted combined nucleation-growth-dissolution synthesis strategy, Materials & Design 130 (2017) 426–432. IF= 5.770 (international).
5. Rajita Ramanarayanan, Nijisha P., Niveditha C.V., Sindhu S. Natural dyes from red amaranth leaves as light-harvesting pigments for dye-sensitized solar cells, Materials Research Bulletin 90 (2017) 156–161. I.F= 3.370 (international).
6. Rajita Ramanarayanan, Bhabhina N.M, Nijisha P, Sindhu S. Metal photocatalysis by red and black nano-gold colloids: A rational design through green pathway Material research Express (2019) IF= 1.929 (international).
7. Dharsana M V, Nijisha P, Bhabhina.N.M, Sindhu S. Highly stable ethylene glycol-capped blue-emitting antimony selenide quantum dots via hydrothermal approach Applied Nanoscience. (2019).IF= 3.198 (international).
8. Rajita Ramanarayanan, Niveditha C.V., Nijisha P., Sindhu S. The deterministic role of resonance energy transfer in the performance of bio-inspired colloidal silver nanoparticles incorporated dye sensitized solar cells Materials Research Bulletin (2019). IF= 3.370 (international).
9. Niveditha. C.V, Aswani R, Jabeen Fatima M J, Nijisha P, Sindhu S. Feather like highly active Co3O4 electrode for supercapacitor application: A potentiodynamic approach Material research Express (2018). IF= 1.929 (international).
10. Bhabhina N.M. Nijisha.P Sindhu S. Inorganic-organic semiconductor hybrid nanocomposite for anti-corrosion application Materials Today Proceedings (2018). ISSN- 2214-7853.

Book Chapter

1. Application of gel electrolyte in dye sensitized solar cells, December 2015, Chapter 36, Page 141-144, Bloomsberry Publication (international)