Enhancing The Efficiency Of A Tio₂-Based Dye-Sensitized Solar Cell Through Ultrasonic Treatment Of The Photoanode

This study explores the possibility of improving the efficiency of TiO₂-based solar cells through ultrasonic treatment during the preparation of the photoanode. The article investigates the influence of ultrasonic processing of the photoanode in a solar cell fabricated with a Ru-based dye (0.3 mM N3) and an electrolyte composed of 0.05KI + 0.10TBAI + 0.1PEO + 0.25PC + 0.25EC + 0.5DMF + 0.015I on its photoelectric performance.

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