Publication detail

Analysis of the uncertainties of atmospheric fuel spray measurement by Phase Doppler Anemometry

URBÁN, A. MALÝ, M. ZAREMBA, M. JEDELSKÝ, J.JOZSA, V.

Czech title

Analysis of the uncertainties of atmospheric fuel spray measurement by Phase Doppler Anemometry

English title

Analysis of the uncertainties of atmospheric fuel spray measurement by Phase Doppler Anemometry

Type

article in a collection out of WoS and Scopus

Language

hu

Original abstract

Airblast atomizers are widely applied in engineering practice. The atomization process incorporates simultaneous mass, moment and energy transfer which is usually measurend even today due to its complexity. For this purpose, a Phase Doppler Anemometr (PDA) was used. The measurement error was analyzed through the validation rate which was generated by the software of the PDA system.

Czech abstract

Airblast atomizers are widely applied in engineering practice. The atomization process incorporates simultaneous mass, moment and energy transfer which is usually measurend even today due to its complexity. For this purpose, a Phase Doppler Anemometr (PDA) was used. The measurement error was analyzed through the validation rate which was generated by the software of the PDA system.

English abstract

Airblast atomizers are widely applied in engineering practice. The atomization process incorporates simultaneous mass, moment and energy transfer which is usually measurend even today due to its complexity. For this purpose, a Phase Doppler Anemometr (PDA) was used. The measurement error was analyzed through the validation rate which was generated by the software of the PDA system.

Keywords in Czech

Airblast, Phase Doppler Anemometr, PDA

Keywords in English

Airblast, Phase Doppler Anemometr, PDA

Released

17.11.2017

Publisher

Energiagazdálkodás

Pages from–to

18–22

Pages count

5

BIBTEX


@inproceedings{BUT140741,
  author="Milan {Malý} and Matouš {Zaremba} and Jan {Jedelský},
  title="Analysis of the uncertainties of atmospheric fuel spray measurement by Phase Doppler Anemometry ",
  year="2017",
  month="November",
  pages="18--22",
  publisher="Energiagazdálkodás"
}