Your search returned 8 results. Subscribe to this search

Not what you expected? Check for suggestions
|
1. Materials concepts for solar cells

by DITTRICH, Thomas.

Publisher: London Imperial College Press 2015Availability: Items available for loan: Main Library [Call number: 621.31244 DIT] (3).

2. Physics of solar cells /by Peter Wurfel : from principles to new concepts

by Wurfel, Peter.

Publisher: Weinheim Wiley-VCH Verlag 2005Availability: Items available for loan: Engineering Library [Call number: 621.31244 WUR] (1), Main Library [Call number: 621.31244 WUR] (1).

3. Solar cell device physics

by FONASH, Stephen J.

Edition: 2nd ed.Publisher: Amsterdam Elsevier 2010Availability: Items available for loan: Main Library [Call number: 621.31244 FON] (1).

4. The physics of solar cells /by Jenny Nelson

by Nelson, Jenny.

Publisher: London Imperial College Press 2007Availability: Items available for loan: Engineering Library [Call number: 621.31244 NEL] (1), Main Library [Call number: 621.31244 NEL] (2).

5. Fabrication and Characterization of Titanium Dioxide Based Organic Solar Cells

by Sarathchandran, Selvaratnam | Punniamoorthy Ravirajan [Supervisor].

Publisher: Jaffna: 2011Dissertation note: M. Phil. Thesis University of Jaffna, 2011. Availability: Items available for reference: Main Library [Call number: 621.31244 SAR] (1).

6. High and Law Concentrator for solar electric Applications III / sponsored by SPIE; edited by Martha Symko-Davies; 11-12 August 2008.

by Proceedings of Spie: High and Law Concentrator for solar ele | Symko-Davies, Martha [Editor].

Publisher: Washington SPIE 2008Availability: Items available for loan: Engineering Library [Call number: 621.472 PRO] (1).

7. High and Law Concentrator Systems for solar electric Applications IV / sponsored by SPIE; edited by Lori E. Greene; 3-5 August 2009.

by Proceedings of Spie: High and Law Concentrator Systems for s | Greene, Lori E [Editor].

Publisher: Washington SPIE 2009Availability: Items available for loan: Engineering Library [Call number: 621.472 PRO] (1).

8. Improving the Performance of Hybrid Nanocrystalline Titanium Dioxide (TiO2) / Polymer Solar Cell Using Interface Modifiers o

by Lohessswaran, Selvadurai | P.Ravirajan [Supervisor].

Publisher: Jaffna: 2014Dissertation note: M. Phil. Thesis University of Jaffna, 2014. Availability: Items available for reference: Main Library [Call number: 621.31244 LOH] (1).

© University of Jaffna