Rational design of semiconductors for efficient charge transfer and light harvesting for enhanced photovoltaic and sensing applications

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The work presented in this thesis revolves around the utilization of several photoanodic architectures to improve the performance of 3rd generation photovoltaic systems i e dye quantum dots sensitized solar cells Several efforts have been made to enhance the solar light harvesting efficiency of sensitized solar cells exploring the different morphologies of metal oxide and sensitizer materials Naturally occurring biomass derived templating agents are used for tuning the morphologies of meta...

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