'

Dr. Shailendra Sharma

Dr. Shailendra Sharma

Dean of Academics

Name: Dr. Shailendra Sharma

Designation: Dean of Academics

Qualification: P.hd

Area of Interest: Hybrid Solar Cell

Work Experience: 14 Years

Email Id: shailendra.sharma@mandsauruniversity.edu.in

Publication (International /National):

  1. “Electrical and photoelectrical properties of dye sensitized allyl viologen- Doped polypyrrole solar cells” in Solar Energy Materials and Solar Cells (Science Direct, Elsevier) 80 131-142
  2. “Charge transfer and photogeneration process in device consisting of Safranine O dye and TiO2 nano particles”, Materials Science & Engineering B (Science Direct, Elsevier)100 13-17
  3. “Charge carrier transport and photogeneration process in Pyronine (G) (PYR) sensitized TiO2 photovoltaic device”, Materials Science & Engineering B (Science Direct, Elsevier)110 135-142
  4. “Charge conductiona and photogeneration process in hybrid materials of conjugated polymer and dye sensitized TiO2 thin film device”, Journal of Material Science: Materials in Electronics 15,69-74
  5. “Photovoltaic properties of Schottky device based on dye sensitized poly (3-phenyl azo methine thiophene) thin film. Thin Solid Films (Science Direct, Elsevier) 468 208-215
  6. “Charge generation and Photovoltaic properties of hybrid solar cells based on ZnO and copper pthalocyanines (CuPc)”, Solar Energy Materials & Solar Cells (Science Direct, Elsevier) 90, 933-943
  7. “Electrical and photovoltaic response of bulk hetero-junction device made from poly(3-phenyl azo methine thiophene) (PPAT) and 1,1’-diallyl substituted 4,4’-dipyridine (DADP)” Solar Energy Materials & Solar Cells (Science Direct, Elsevier)90, 1888-1904
  8. “Optical and electrical properties of hybrid photovoltaic devices from poly (3-phenyl hydrazone thiophene) (PPHT) and TiO2 blend films” in ,Solar Energy Materials & Solar Cells (Science Direct, Elsevier)92, 61-70
  9. “Photovoltaic properties of liquid-state photoelectrochemical cells based on PPAT and a composite film of PPAT and nanocrystalline titanium dioxide,” in  Synthetic Metals (Science Direct, Elsevier) 158 509-515
  10. “Optical, electrical and photovoltaic properties of thermally annealed PPHT:DDE blend thin films,” in Journal of Physics and Chemistry of Solids (Sciece Direct, Elsevier) 69 2639-2651
  11. “Photocurrent mechanism and photovoltaic properties of photo-electrochemical device based on PPAT and PPAT:TY blend,” in  Synthetic Metals (Science Direct, Elsevier)159 52-61
  12. “Methylene Blue (MB):PYR (G) based dye sensitized solar cells :Morphology and its implications, International Journal of Innovative Research in Science and Engineering (IJIRSE)  ISSN (Online) 2347-3207 , Vol:1, Issue 3
  13. “Thermal Performance Analysis of Water Heating System for a Parabolic Concentrator-An Experimental Model based design” in International Journal of Current Engineering and Technology. Vol.4, No.5.
  14. “Effect of incorporating a blend of Pyronine (PYR) and Rose Bengal (RB) in   Zinc Oxide (ZnO) nano-rashes. Conference on Renewable Energy” in   NaCORE
  15. “Effect of thermal annealing on DSSCs based on ZnO films” in National Conference on ‘Advances on Materials and Devices for Renewable Energy Sources (NCAMDRES-10)  CP-60, (365-371)
  16. “Effect of dyeing time on photovoltaic properties of Pyronine G (PYR G) sensitized nanocrystalline Zinc Oxide (ZnO) based solar cells” In National Conference on ‘Advances in nanomaterials and nanotechnology for renewable energy conversion and storage devices (ANNRECSD – 12)