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Table 1.

Physical and dust properties of the LMC and SMC sources classified as shell-type post AGB stars by K14 and K15.

ID [Fe/H] Teff[K] L/L τ10 Td[K] Rin/R M/M
J052220.98 −0.50 5750 4500 0.015 220 2.63 × 105 0.9
J053250.69 −1.10 6000 5200 0.006 250 2.06 × 105 1.00
J004114.10 −1.04 5750 5800 0.007 280 1.65 × 105 1.00
J050632.10 −0.40 7600 6000 0.003 240 2.74 × 105 1.25
J003643.94 −0.63 7500 6500 0.002 250 2.56 × 105 1.50
J051848.84 −1.00 6000 6700 0.008 240 2.62 × 105 1.25
J004441.03 −1.07 6000 8500 0.002 320 6.64 × 104 2.00
J005803.08 −1.03 6500 12000 0.025 280 1.20 × 105 2.50

J045119.94 −0.40 8250 5000 0.006 270 2.97 × 104 0.80
J052241.52 −0.50 8250 5000 0.017 400 2.26 × 104 0.80
J052740.75 −0.50 8250 5200 0.024 470 1.22 × 104 0.90
J050221.17 −0.60 5250 4500 0.022 180 5.45 × 104 0.80
J051906.86 −1.30 5500 3800 0.015 180 5.13 × 104 0.65

Notes. The quantities listed in the various columns are the following: 1: Source ID; 2, 3: Metallicity and effective temperature derived spectroscopically by K14 and K15; 4–7: Luminosity, optical depth at 10 μm, dust temperature, and distance separating the central star from the inner border of the dusty region, found via SED fitting; 8: Mass of the progenitor at the beginning of the AGB phase, deduced via comparison of the derived luminosity with results from post-AGB evolution modelling.

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