Efficient charge transfer from excited state dye molecules into nanoparticles as a model for dye sensitized solar cells
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Efficient charge transfer from excited state dye molecules into nanoparticles as a model for dye sensitized solar cells
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2011-11
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We deconstruct the DSSC and focus on the sensitization mechanism to extract a thorough understanding of the charge separation process. Our study of the dye's interactions with the nanoparticles provides details about the attachment, the surface environment and the ability for the dyes to inject electrons in competition with loss mechanisms.
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Hue, Ryan; Vatassery, Rajan; Hinke, Jon; Mann, Kent; Blank, David; Gladfelter, Wayne. (2011). Efficient charge transfer from excited state dye molecules into nanoparticles as a model for dye sensitized solar cells. Retrieved from the University Digital Conservancy, https://hdl.handle.net/11299/119840.
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