BBOT for applications in photovoltaic cells devices and organic diodes

• Solar cells and light emitting diodes built based on the dye BBOT were proposed.
• The LEDs were prepared and were measured suitable characteristics.
• Heterojunction-bulk type cells with varied thicknesses of the active layer were built.
• We set the parameters characterizing the photovoltaic cell.

In this work photovoltaic devices based on the fluorescent brightener 184 preparing and features was presented. The brightener was a major component of the active layers of devices, in which was used the selected matrix. The study included are the results for the performed light emitting diodes based on architecture ITO/PEDOT: PSS/organic active layer/calcium/aluminum, we set the characteristics of the diodes. The main aim of the study was the use of the BBOTcompound for the construction of photovoltaic cells. We have made a number of devices bulk-heterojunction type cells based on architecture ITO/PEDOT:PSS/organic active layer/aluminum in various configurations concentrations and with different thicknesses of the active layers. We have analyzed the current–voltage characteristics of photovoltaic cells and determined parameters of photovoltaic cells.

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