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Handbook of thin film deposition techniques, processes and technolgies by
  • Seshan, Krishna ed [ed. by]
Edition: 3rd ed.
Publication details: Amsterdam Elsevier 2012
Availability: Not available: University Library : Checked out (1).
Spray prolysed tin chalcogenide thin films optimization of opto-electronic properties of SnS for possible photovoltaic application as an absorber layer Sajeesh T H; guided by K P Vijayakumar by
  • Sajeesh, T H
Publication details: Department of Physics, CUSAT 2012 Kochi
Availability: Items available for reference: University Library : Not For Loan (1)Call number: 535.8 SAJ.
Optical modeling and simulaion of thin-film photovoltaic devices Janez Krc and Marko Topic by
  • Krc, Janez
Publication details: Boca Raton CRC Press 2013
Availability: Items available for loan: University Library (1)Call number: 621.311.243 KRC.
Structural, electrical and electrochemcial characterization of high frequency magnetron sputtered spinel oxide cathode films for lithium ion battery applications Rajive Tomy M; guided by S. Jayalekshmi by
  • Rajive Tomy M
  • Jayalekshmi, S; guided by
Publication details: Kochi Department of Physics, CUSAT 2012
Availability: Items available for reference: University Library : Not for loan (1)Call number: 621.352.1 RAJ T.
On the improvement of window and absorber layer properties of sprayed CuInS2/In2S3 thin film solar cells using doping and multilayer structures Angles Susan Cherian; guided by K.P. Vijayakumar by
  • Angel Susan Cherian
  • Vijayakumar, K.P.; guided by
Publication details: Kochi Department of Physics, CUSAT 2012
Availability: Items available for reference: University Library : Not for loan (1)Call number: 621.311.243 ANG T.
Lithium containing complex metal oxides and metal phosphates: investigations on their synthesis and various characterizations for rechargeable lithium battery applications K Raveendranath; guided by S Jayalakshmi by
  • Raveendranath, K
  • Jayalekshmi S; guided by
Publication details: Kochi Department of Physics; CUSAT 2008
Availability: Items available for reference: University Library : Not for loan (1)Call number: 621.352.1 RAV.
Prospects of sprayed CZTS thin film solar cells from the perspective of material characterization and device performance Rajeshmon V.G.; guided by K.P. Vijayakumar by
  • Rajeshmon V G
  • Vijayakumar, K.P., guided by
Publication details: Kochi Department of physics, CUSAT 2013
Availability: Items available for reference: University Library : Not for loan (1)Call number: 621.311.243 RAJ T.
On the tailoring of magnetic properties of Fe-based alloy thin films by swift heavy ion irradiation and thermal annealing Hysen Thomas; guided by M. R. Anantharaman by
  • Hysen Thomas
  • Anantharaman, M. R. ; guided by
Publication details: Kochi Department of Physics, CUSAT 2013
Availability: Items available for reference: University Library : Not for loan (1)Call number: 539.216:537.622.4 HYS.
Preparation of Sub-micrometre thick CuInSe2, films using sequential evaporation technique for device fabrication Deepa K. G.; guided by C. Sudha Kartha by
  • Deepa K G
  • Sudha Kartha; C; guided by
Publication details: Kochi Department of Physics, CUSAT 2008
Availability: Items available for reference: University Library : Not for loan (1)Call number: 539.216:621.311.243 DEE T.
Synthesis and characterisation of zinc gallate based phosphors for thin film electroluminescent devices Mini Krishna K; guided by M.K. Jayaraj by
  • Mini Krishna K
  • Jayaraj M.K.; guided by
Publication details: Kochi Department of Physics, CUSAT 2008
Availability: Items available for reference: University Library : Not for loan (1)Call number: 539.232 MIN T.
Development of p-type transparent semiconducting oxides for thin film transistor applications Sanal K.C.; guided by M.K. Jayaraj by
  • Sanal, K C
  • Jayaraj, M.C.; guided by
Publication details: Kochi Department of Physics , CUSAT 2014
Availability: Items available for reference: University Library : Not for loan (1)Call number: 539.216.2 SAN T.
Introduction to thin film transistors physics and technology of TFTs by
  • Brotherton, S.D
Publication details: London Springer 2013
Availability: Items available for loan: University Library (1)Call number: 539.216 BRO.
Thin film transistor circuits and systems by
  • Chaji, Reza
  • Nathan, Arokia
Publication details: United Kingdom Cambridge university press 2013
Availability: Items available for loan: University Library (1)Call number: 621.3.049.772.2 CHA.
Improvement on the perforamnce of spray deposited CuInS2/In2S3 solar cell using extremely thin absorber layer with mixed phases of CuInS2 and Cu2S by
  • Santhosh, M V
  • Vijayakumar, K.P; guided by
Publication details: Kochi Department of Physics, CUSAT 2015
Availability: Items available for reference: University Library : Not for loan (1)Call number: 621.383.51 SAN T.
Growth and characterization of P-type transparent semiconducting oxides for optoelectronic applications by
  • Saritha, A C
  • Jayaraj, M K ; guided by
Publication details: CUSAT Department of Physics 2016
Availability: Items available for reference: University Library : Not For Loan (1)Call number: 537.311.322 SAR T.
Tailoring the properties of spray deposited snO2 and ZnO thin films for energy applications by
  • Deepu D R
  • Sudha Kartha C;guided by
Publication details: Kochi Department of physics 2016
Availability: Items available for reference: University Library : Not for loan (1)Call number: 53:621.383.51 DEE T.
Fabrication of thin film transistors and development of complementary metal oxide semiconductor inverters by
  • Shijeesh M. R
  • Jayaraj, M. K; guided by
Publication details: Kochi Department of Physics, CUSAT 2018
Availability: Items available for reference: University Library : Not for loan (1)Call number: 621.382.3 SHI T.
Optimization of opto-electronic properties of spray deposited n-type tin monosulfide thin film for photovoltaic application by
  • Gisa,Grace Ninan
  • Guided By Vijayakumar,K P
Publication details: Kochi Department of Physics, CUSAT 2019
Availability: Items available for reference: University Library : Not for loan (1)Call number: 53.082.52 GIS T.
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