“…The sample was illuminated by the monochromated light of an ultraquiet 150 W Xe arc lamp. 22 Comparing our results to those of Barth and Bässler using the polymer polyparaphenylene ͑PPV͒ derivatives, 4 we observe very similar behavior in regard to the dependence of the photocurrent on applied bias, and the temperature dependence of the PPY photocurrent, to the case when an injection-blocking SiO layer is present be-tween the ITO electrode and the PPV derivative. All spectra where corrected for a constant incident photon flux.…”
Ultrafast optical switching at the telecommunication wavelength by single electron transfer between fluorenecontaining redox polymer and its counter anion
“…The sample was illuminated by the monochromated light of an ultraquiet 150 W Xe arc lamp. 22 Comparing our results to those of Barth and Bässler using the polymer polyparaphenylene ͑PPV͒ derivatives, 4 we observe very similar behavior in regard to the dependence of the photocurrent on applied bias, and the temperature dependence of the PPY photocurrent, to the case when an injection-blocking SiO layer is present be-tween the ITO electrode and the PPV derivative. All spectra where corrected for a constant incident photon flux.…”
Ultrafast optical switching at the telecommunication wavelength by single electron transfer between fluorenecontaining redox polymer and its counter anion
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