Detail publikace

Low radiant flux detection system for solar cell electroluminescence characterization

Originální název

Low radiant flux detection system for solar cell electroluminescence characterization

Anglický název

Low radiant flux detection system for solar cell electroluminescence characterization

Jazyk

en

Originální abstrakt

This paper deals with low radiant flux detection system used for solar cell electrolumines-cence characterization. Two-measurement setups are used for the low light level detection. First, analog measurement mode with visible sensitive photomultiplier is used and than the photon-counting mode with the same photomultiplier is used. The experimental compari-son of both modes is presented and as a result, the photon-counting mode is found more sensitive. Possible application of detection system is demonstrated in emission spectra measurement and reverse bias solar cell characterization.

Anglický abstrakt

This paper deals with low radiant flux detection system used for solar cell electrolumines-cence characterization. Two-measurement setups are used for the low light level detection. First, analog measurement mode with visible sensitive photomultiplier is used and than the photon-counting mode with the same photomultiplier is used. The experimental compari-son of both modes is presented and as a result, the photon-counting mode is found more sensitive. Possible application of detection system is demonstrated in emission spectra measurement and reverse bias solar cell characterization.

BibTex


@inproceedings{BUT32787,
  author="Pavel {Škarvada}",
  title="Low radiant flux detection system for solar cell electroluminescence characterization",
  annote="This paper deals with low radiant flux detection system used for solar cell electrolumines-cence characterization. Two-measurement setups are used for the low light level detection. First, analog measurement mode with visible sensitive photomultiplier is used and than the photon-counting mode with the same photomultiplier is used. The experimental compari-son of both modes is presented and as a result, the photon-counting mode is found more sensitive. Possible application of detection system is demonstrated in emission spectra measurement and reverse bias solar cell characterization.",
  address="Novpress",
  booktitle="proceedings of the 16th conference student eeict 2010 vol. 5",
  chapter="32787",
  howpublished="print",
  institution="Novpress",
  year="2010",
  month="april",
  pages="129--133",
  publisher="Novpress",
  type="conference paper"
}