Intense development of organicphotovoltaics (OPVs) in the last twenty years led toincreasing photoconversion efficiencies, which are nowabout 14 %. Electron donating (D) and electronaccepting (A) materials used in such solar cells havereceived considerable attention from the academicsaround the world and are still continuously improved.However, those performing materials requirenumerous synthetic steps and the use of toxicchemicals to be produced, which jeopardize their futurecommercialization.In this context, after a first chapter reviewing recentprogresses in OPV, a second chapter will focus on asimple dye, namely the diketopyrrolopyrrole (DPP) andits use in p and n type materials.New molecular DPP-based acceptors weresynthetized and the ...
Among renewable energies, the sunlight has by far the highest theoretical potential to meet theworld...
Among renewable energies, the sunlight has by far the highest theoretical potential to meet theworld...
Among renewable energies, the sunlight has by far the highest theoretical potential to meet the worl...
Intense development of organicphotovoltaics (OPVs) in the last twenty years led toincreasing photoco...
Le développement du photovoltaïque organique (OPV) depuis une vingtaine d’années a permis une hausse...
The continuous efforts devoted to improving the performances in organic photovoltaics (OPV) have enh...
The continuous efforts devoted to improving the performances in organic photovoltaics (OPV) have enh...
The aim of this thesis was to elaborate new electron donor materials for organic solarcells. This em...
The aim of this thesis was to elaborate new electron donor materials for organic solarcells. This em...
The aim of this thesis was to elaborate new electron donor materials for organic solarcells. This em...
The aim of this thesis was to elaborate new electron donor materials for organic solarcells. This em...
The aim of this thesis was to elaborate new electron donor materials for organic solarcells. This em...
The aim of this thesis was to elaborate new electron donor materials for organic solarcells. This em...
The aim of this thesis was to elaborate new electron donor materials for organic solarcells. This em...
The aim of this thesis was to elaborate new electron donor materials for organic solarcells. This em...
Among renewable energies, the sunlight has by far the highest theoretical potential to meet theworld...
Among renewable energies, the sunlight has by far the highest theoretical potential to meet theworld...
Among renewable energies, the sunlight has by far the highest theoretical potential to meet the worl...
Intense development of organicphotovoltaics (OPVs) in the last twenty years led toincreasing photoco...
Le développement du photovoltaïque organique (OPV) depuis une vingtaine d’années a permis une hausse...
The continuous efforts devoted to improving the performances in organic photovoltaics (OPV) have enh...
The continuous efforts devoted to improving the performances in organic photovoltaics (OPV) have enh...
The aim of this thesis was to elaborate new electron donor materials for organic solarcells. This em...
The aim of this thesis was to elaborate new electron donor materials for organic solarcells. This em...
The aim of this thesis was to elaborate new electron donor materials for organic solarcells. This em...
The aim of this thesis was to elaborate new electron donor materials for organic solarcells. This em...
The aim of this thesis was to elaborate new electron donor materials for organic solarcells. This em...
The aim of this thesis was to elaborate new electron donor materials for organic solarcells. This em...
The aim of this thesis was to elaborate new electron donor materials for organic solarcells. This em...
The aim of this thesis was to elaborate new electron donor materials for organic solarcells. This em...
Among renewable energies, the sunlight has by far the highest theoretical potential to meet theworld...
Among renewable energies, the sunlight has by far the highest theoretical potential to meet theworld...
Among renewable energies, the sunlight has by far the highest theoretical potential to meet the worl...