The water splitting performance of hematite photoanodes is explored under a wide range of light intensities. The photocurrent scales linearly and the photovoltage scales logarithmically with the intensity, showing steeper rate than in photovoltaics, probably due to the enhanced ratio between charge transfer and recombination at high intensities. Hence, light concentration serves as another handle to enhance the efficiency of hematite photoanodes.
Cookie Settings
eScholarship uses cookies to ensure you have the best experience on our website. You can manage which cookies you want us to use.
Our Privacy Statement includes more details on the cookies we use and how we protect your privacy.
