[PDF][PDF] Fabrication and characterization of banana flower extract anthocyanin-based organic solar cell
NMD Sutikno, S Rahayu - Journal of Advanced Agricultural Technologies, 2014 - joaat.com
NMD Sutikno, S Rahayu
Journal of Advanced Agricultural Technologies, 2014•joaat.comFabrication and characterization of organic solar cells with layer structure of ITO/PEDOT:
PSS/PEG/PEG+ Anthocyanin/Anthocyanin/Al/ITO using banana flowers as electron
acceptors have been done successfully. The electrical properties, absorbances, surface
structures, and anthocyanines are characterized completely. The deposition of each layer of
PEDOT: PSS, PEG, and anthocyanin is made using spincoating, whereas aluminium is
metallized by thermal evaporation method using LADD
PSS/PEG/PEG+ Anthocyanin/Anthocyanin/Al/ITO using banana flowers as electron
acceptors have been done successfully. The electrical properties, absorbances, surface
structures, and anthocyanines are characterized completely. The deposition of each layer of
PEDOT: PSS, PEG, and anthocyanin is made using spincoating, whereas aluminium is
metallized by thermal evaporation method using LADD
Abstract
Fabrication and characterization of organic solar cells with layer structure of ITO/PEDOT: PSS/PEG/PEG+ Anthocyanin/Anthocyanin/Al/ITO using banana flowers as electron acceptors have been done successfully. The electrical properties, absorbances, surface structures, and anthocyanines are characterized completely. The deposition of each layer of PEDOT: PSS, PEG, and anthocyanin is made using spincoating, whereas aluminium is metallized by thermal evaporation method using LADD
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