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Predicted photoreflectance signatures on QD selective contacts for hot carrier solar cells

Cánovas Díaz, Enrique and Martí Vega, Antonio and García-Linares Fontes, Pablo and Antolín Fernández, Elisa and Fuertes Marrón, David and Tablero Crespo, César and Luque López, Antonio (2008) Predicted photoreflectance signatures on QD selective contacts for hot carrier solar cells. In: GCEP Research Symposium 2008, 01/10/2008-03/10/2008, Standford, USA.

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Item Type:Presentation at Congress or Day (Poster)
Authors/Creators:
Creators NameCreators email (if known)
Cánovas Díaz, Enrique
Martí Vega, Antonio
García-Linares Fontes, Pablo
Antolín Fernández, Elisa
Fuertes Marrón, David
Tablero Crespo, César
Luque López, Antonio
Title:Predicted photoreflectance signatures on QD selective contacts for hot carrier solar cells
Event Title:GCEP Research Symposium 2008
Event Dates:01/10/2008-03/10/2008
Event Location:Standford, USA
Title of Book:Proceedings of GCEP Research Symposium 2008
Publisher:Standford University
Date:2008
Department:Physical Electronics
Faculty:E.T.S.I. Telecommunication (UPM)
Creative Commons licenses:Recognition - No derivative works - No commercial
Item ID:4405
Subjects:Renewable Energy
Electronics

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Official URL: http://gcep.stanford.edu/events/symposium2008/index.html

Abstract

The CO2 emission of our present energy transformation processes, based mainly on burning fossil fuels, is possibly the main cause of global climatic change. The photovoltaic conversion of solar energy is a clean way of producing which for sustainability should (and most probably will) become a major source of electricity. The sun is a huge resource but relatively diluted and it is reasonable to expect that only high efficiency extraction can be cost effective for mass exploitation. New concepts are neccessary such as hot carrier solar cells.

Item Type:Presentation at Congress or Day (Poster)
Subjects:Renewable Energy
Electronics
Código ID:4405
Depositado Por:Memoria Investigacion
Depositado el:28 Sep 2010 11:46
Last Modified:22 Nov 2010 12:12

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