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Table 15

Overview of the WG13 nodes.

Node Teff range Technique Parameters determined Abundances # spectra
ROBGrid 3000 – 50 000 K χ2 minimisation with grid Of theoretical spectra Teff, log ɡ, [M/H], vrad, v sin i(a) 8667
ROB 6000 – 12000 K Fe−Fe+ ionisation balance Of diagnostic photospheric lines Teff, log ɡ, [Fe/H], ξ, v sin i(a) C, O, Mg, Al, Sc, Fe 517
MGNDU 5000 – 15 000 K PCA and SIR Teff, log ɡ, [M/H], vrad, v sin i 186
Liège 10 000 – 32000 K χ2 minimisation with grid Teff, log ɡ, vrad, v sin i(a) He, C, N, Ne, Mg, Si 696
ON 14000 – 33 000K Non-LTE synthesis and Si ionisation balance Teff, log ɡ, v sin i(a) C, O, Si 184
IAC 22000 – 55 000K χ2 minimisation with grid of FASTWIND models Teff, log ɡ, v sin i, vmacro He 268
Mntp 30 000 – 45 000 K χ2 minimisation with grid of CMFGEN models Teff, log ɡ, v sin i, vmacro 55
LiègeO 20 000 – 45 000 K CMFGEN Teff, log ɡ v sin i, vmacro He, C, N 293

Notes. Listed are the effective temperature range covered by the node, the spectral analysis technique used, the stellar parameters that are determined, the elements for which abundances are determined, and the number of spectra processed. (a)What is listed here as v sin i is actually the total line-broadening parameter, which can include other effects, such as macroturbulence.

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