Detail publikace

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

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

Český název

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

Anglický název

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

Typ

článek ve sborníku mimo WoS a Scopus

Jazyk

hu

Originální abstrakt

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.

Český abstrakt

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.

Anglický abstrakt

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.

Klíčová slova česky

Airblast, Phase Doppler Anemometr, PDA

Klíčová slova anglicky

Airblast, Phase Doppler Anemometr, PDA

Vydáno

17.11.2017

Nakladatel

Energiagazdálkodás

Strany od–do

18–22

Počet stran

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"
}