Chiral L-cysteine layers on plasmonic TiO2-Au-NiFe photoanodes increase photocurrent and O2 evolution under plasmon-resonant light via CISS-mediated spin-polarized hot holes, outperforming racemic controls.
(CRC Press, Boca Raton, 2012)
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Spin-Polarized Oxygen Evolution in Chiral-Molecule-Modified Plasmonic Photoanodes
Chiral L-cysteine layers on plasmonic TiO2-Au-NiFe photoanodes increase photocurrent and O2 evolution under plasmon-resonant light via CISS-mediated spin-polarized hot holes, outperforming racemic controls.