Recent Advances on Renewable and Biodegradable Cellulose Nanopaper Substrates for Transparent Light-Harvesting Devices: Interaction with Humid Environment

Figure 11

Tempo-oxidized cellulose nanofibril paper modified with polysiloxanes (a–c). The polysiloxane fibres transform the nanopaper into a superhydrophobic surface (d). The cellulose nanopaper is transparent and presents high haze and was used to optimize the performance of a solar cell (e). Reproduced from reference [47] with permission from the American Chemical Society.