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Table 1

Stellar parameters of investigated targets (Group I from Kirchschlager et al. 2017).

HD number HIP number Alternative name d /pc T /K L /L R /R Spectral type
10700 8102 τ Cet 3.7(a) 5290(b) 0.47(b) 0.82(c) G8 V (d)
22484 16852 10 Tau 13.9(a) 5998(b) 3.06(b) 1.62(e) F9IV-V (f)
56537 35350 λ Gem 30.7(a) 7932(b) 27.39(b) 2.78 (e) A4IV (d)
102647 57632 β Leo 11.0(g) 8604(b) 13.25(b) 1.66(h) A3 V (h)
172167 91262 α Lyr 7.7(g) 9620(i) 37 (j) 2.19 A0V (k)
177724 93747 ζ Aql 25.5(g) 9078(b) 36.56(b) 2.45(e) A0 IV-V(k)
187642 97649 α Aql 5.1(g) 7680(l) 10.09 1.79(l) A7V (k)
203280 105199 α Cep 15.0(g) 7510(m) 18.1 (m) 2.51 A8 V (k)
216956 113368 α PsA 7.7(g) 8590(n) 16.63(n) 1.84(n) A4 V (o)

Notes. Stellar parameters are distance d, effective temperature T, luminosity L, and radius R. The stellar radius of HD 172167 and HD 203280, and luminosity of HD 187642 were computed from (σsb is the Stefan–Boltzmann constant). We used interferometric measurements of the stellar radii where possible and used determinations based on stellar luminosity in the other cases (see Sect. 4.1.4 for a discussion of the stellar model).

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