Rubrene, perylene, -quaterthiophene, and tetracene single crystals were grown and placed between indiumtin- oxide and Al electrodes; the current-voltage characteristics of the so-fabricated two-terminal organic devices were measured at ambient conditions under solar simulator illumination. While rubrene single crystals do not exhibit any photovoltaic effect, open-circuit voltages reach values up to 1.8 V in devices based on perylene, alpha-quaterthiophene, and tetracene single crystals
Campione, M., Braga, D., Raimondo, L., Moret, M., Sassella, A., Binetti, S., et al. (2011). The Photovoltaic Response of Intrinsic Organic Semiconductor Single Crystals. THE OPEN APPLIED PHYSICS JOURNAL, 3(1), 17-21 [10.2174/1874183501003010017].
The Photovoltaic Response of Intrinsic Organic Semiconductor Single Crystals
CAMPIONE, MARCELLO;RAIMONDO, LUISA;MORET, MASSIMO;SASSELLA, ADELE;BINETTI, SIMONA OLGA;ACCIARRI, MAURIZIO FILIPPO
2011
Abstract
Rubrene, perylene, -quaterthiophene, and tetracene single crystals were grown and placed between indiumtin- oxide and Al electrodes; the current-voltage characteristics of the so-fabricated two-terminal organic devices were measured at ambient conditions under solar simulator illumination. While rubrene single crystals do not exhibit any photovoltaic effect, open-circuit voltages reach values up to 1.8 V in devices based on perylene, alpha-quaterthiophene, and tetracene single crystals
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