This thesis investigated the feasibility and reliability of electrodeposition as a preferred low temperature deposition technique to obtain plastic CEs for flexible DSCs, capitalizing on its ease of fabrication and low cost. The final aim is to develop a simpler, rapid, low cost and easily scalable fabrication process for efficient and cheaper FDSCs.
DE ROSSI, F. (2013). High performance counterelectrodes for flexible dye solar cells and modules [10.58015/de-rossi-francesca_phd2013].
High performance counterelectrodes for flexible dye solar cells and modules
DE ROSSI, FRANCESCA
2013-01-01
Abstract
This thesis investigated the feasibility and reliability of electrodeposition as a preferred low temperature deposition technique to obtain plastic CEs for flexible DSCs, capitalizing on its ease of fabrication and low cost. The final aim is to develop a simpler, rapid, low cost and easily scalable fabrication process for efficient and cheaper FDSCs.File in questo prodotto:
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