This study aims to develop new smart barrier coatings for solar cells able to continuously adapt its protective action to the environmental changes. The work focuses on the development of active PET films following two different approaches: (a) dispersion of an active barrier phase by extruding commercial oxygen scavengers in polyester matrix and (b) synthesis of active organic-inorganic coating including oxygen scavengers subsequently applied on PET substrates.

Active barrier coating for solar cells

ROSSI, GABRIELLA;AVALLONE, Elvira;GALDI, MARIA ROSARIA;SCARFATO, Paola;INCARNATO, Loredana
2013

Abstract

This study aims to develop new smart barrier coatings for solar cells able to continuously adapt its protective action to the environmental changes. The work focuses on the development of active PET films following two different approaches: (a) dispersion of an active barrier phase by extruding commercial oxygen scavengers in polyester matrix and (b) synthesis of active organic-inorganic coating including oxygen scavengers subsequently applied on PET substrates.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11386/4574858
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