Solar cells from a solution processable pentacene with improved air stability
AA Gorodetsky, M Cox, NJ Tremblay… - Chemistry of …, 2009 - ACS Publications
Chemistry of Materials, 2009•ACS Publications
This study explores the application of 6, 13-di (2-thienyl) pentacene, a solution processable
pentacene derivative, in bilayer organic photovoltaics. Efficiencies of up to 1.4% are
observed when 6, 13-di (2-thienyl) pentacene is utilized as the p-type donor layer. Because
of the unique properties of this material, the devices presented here also exhibit improved
stability in ambient atmosphere.
pentacene derivative, in bilayer organic photovoltaics. Efficiencies of up to 1.4% are
observed when 6, 13-di (2-thienyl) pentacene is utilized as the p-type donor layer. Because
of the unique properties of this material, the devices presented here also exhibit improved
stability in ambient atmosphere.
This study explores the application of 6,13-di(2-thienyl)pentacene, a solution processable pentacene derivative, in bilayer organic photovoltaics. Efficiencies of up to 1.4% are observed when 6,13-di(2-thienyl)pentacene is utilized as the p-type donor layer. Because of the unique properties of this material, the devices presented here also exhibit improved stability in ambient atmosphere.