Abstract
The significance of efficiency for the conversion of solar energy into electricity is discussed in this article on the basis of the study entitled `Costs degression of photovoltaics`. One method for increasing the efficiency is the absorption of longwave light for which a large optical distance is required. This may be achieved by means of a diffraction grating. Theoretical studies of suitable diffraction gratings and their experimental realisation are discussed. 3 figs.
Morf, R H
[1]
- Paul Scherrer Institut, Zuerich (CH)
Citation Formats
Morf, R H.
High efficiency silicon solar cells: methods of light capturing; Silizium Solarzellen mit hohem Wirkungsgrad: Methoden des Lichteinfangs.
Switzerland: N. p.,
1990.
Web.
Morf, R H.
High efficiency silicon solar cells: methods of light capturing; Silizium Solarzellen mit hohem Wirkungsgrad: Methoden des Lichteinfangs.
Switzerland.
Morf, R H.
1990.
"High efficiency silicon solar cells: methods of light capturing; Silizium Solarzellen mit hohem Wirkungsgrad: Methoden des Lichteinfangs."
Switzerland.
@misc{etde_10154209,
title = {High efficiency silicon solar cells: methods of light capturing; Silizium Solarzellen mit hohem Wirkungsgrad: Methoden des Lichteinfangs}
author = {Morf, R H}
abstractNote = {The significance of efficiency for the conversion of solar energy into electricity is discussed in this article on the basis of the study entitled `Costs degression of photovoltaics`. One method for increasing the efficiency is the absorption of longwave light for which a large optical distance is required. This may be achieved by means of a diffraction grating. Theoretical studies of suitable diffraction gratings and their experimental realisation are discussed. 3 figs.}
place = {Switzerland}
year = {1990}
month = {Dec}
}
title = {High efficiency silicon solar cells: methods of light capturing; Silizium Solarzellen mit hohem Wirkungsgrad: Methoden des Lichteinfangs}
author = {Morf, R H}
abstractNote = {The significance of efficiency for the conversion of solar energy into electricity is discussed in this article on the basis of the study entitled `Costs degression of photovoltaics`. One method for increasing the efficiency is the absorption of longwave light for which a large optical distance is required. This may be achieved by means of a diffraction grating. Theoretical studies of suitable diffraction gratings and their experimental realisation are discussed. 3 figs.}
place = {Switzerland}
year = {1990}
month = {Dec}
}