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Phthalocyanine oxide semiconductors sensitization

Phthalocyanines possess intense absorption bands in the near-IR region and are known for their excellent stability, rendering them attractive for photovoltaic applications [62]. They have been repeatedly tested in the past as sensitizers of wide-band-gap oxide semiconductors and obtained poor incident photon-to-electric current conversion yields remaining under 1%, which is insufficient for... [Pg.322]

A. J. (1980) Semiconductor electrodes 30. Spectral sensitization of the semiconductors titanium oxide (n-Ti02) and tungsten oxide (n-W03) with metal phthalocyanines. J. Am. Chem. Soc., 102, 5137-5142. [Pg.271]

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Oxidation, sensitized

Oxide semiconductors

Phthalocyanine oxide semiconductors

Phthalocyanine semiconductors

Semiconductor Sensitivity

Semiconductor oxidic

Semiconductor sensitization

Sensitizers phthalocyanines

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