Category

Published in:

SpraySyn data base: Nanoparticle synthesis in spray flames
(24.08.2022)

Date Issued:

24.08.2022

DOI:

10.17185/cenide/spraysyn.76581

Language:

English

Type of Resource:

mixed material

Extent:

8.2 MB

Keywords:

1. SpraySyn burner

   Typ

   Schlagwort

2. Two-color laser-induced fluorescence thermometry

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   Schlagwort

3. Spray flame temperature imaging

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   Schlagwort

Subject categories of the Deutsche Nationalbibliografie:

620 Engineering & allied operations

URL:

https://spraysyndb.cfd.uni-due.de/datatable/listdec/171/

Hosting institution:

Faculty of Engineering, Maschinenbau und Verfahrenstechnik, Institute for Energy and Materials Processes (EMPI)

creation/production credits:

In this data set five temporally averaged and spatially resolved ethanol liquid-phase temperature maps of the SpraySyn flame,
measured by two-color laser-induced fluorescence (2cLIF) thermometry based on the fluorescence tracer coumarin 152, are provided.
The five operating conditions were modified from the standard case by varying the injection rate and dispersion gas flow.

The liquid-phase temperature maps are provided as matrices in an opju file which can be opened by the software Origin (OriginLab Corporation).
Additionally 5 folders are provided for the respective operating conditions with details to the operating conditions in a text file,
the liquid phase temperature maps as mat files which can be opened with Matlab and a png file of the temperature maps to enable a quick look to the temperature maps.

Instruments: Nd:YAG laser 266 nm + intensified CCD camera

Configuration: Standard SPP SpraySyn flame operating conditions varied in dispersion gas and liquid flow

Variables: Liquid-phase temperature

Error_Estimation: 6.5 to 9.5 Kelvin

Please refer to the associated publication for further information how the data was generated.

publications:

Prenting, M.M., Bin Dzulfida, M.I., Dreier, T., Schulz, C. Characterization of tracers for two-color laser-induced fluorescence liquid-phase temperature imaging in sprays. Exp Fluids 61, 77 (2020). https://doi.org/10.1007/s00348-020-2909-9

funding:

DFG
SPP1980-374463258