Table 2. Open in new tab Stellar...

Name	T_eff (K)	log g	log(L_⋆/L_⊙)	R (R_⊙)	M_⋆ (M_⊙)	logAge	v_eq (km s⁻¹)	v_eq/v_crit (%)
10840	11489 ± 316	4.17(4)	1.92(1)	2.035(35)	2.336(2)	2.550(80)	2.878(2)	3.09(39)	8.175(8)	56.33(5)	11.62(1)
22920	13714 ± 386	3.95(2)	2.60(3)	2.424(320)	3.55(2)	–	4.06(1)	–	8.071(1)	45.5(3)	9.74(7)
24712	7201 ± 290	4.17(5)	0.84(2)	0.863(15)	1.700(8)	1.715(70)	1.541(2)	1.63(27)	8.99(2)	6.90(3)	1.66(1)
38170	9493 ± 293	3.81(2)	1.92(3)	2.006(34)	3.38(2)	3.354(142)	2.649(3)	2.56(35)	8.639(3)	61.8(4)	16.0(1)
63401	13201 ± 380	4.20(2)	2.22(3)	–	2.475(9)	–	3.464(4)	–	7.87(1)	51.9(2)	10.03(5)
74521	10474 ± 285	3.82(2)	2.13(3)	–	3.54(1)	–	2.994(5)	–	8.488(3)	25.4(7)	6.33(2)
86592	7716 ± 336	4.10(6)	1.08(1)	1.150(23)	1.949(8)	1.895(60)	1.732(3)	1.981(300)	8.972(7)	34.2(2)	8.30(4)

Name

T_eff (K)

log g

log(L_⋆/L_⊙)

R (R_⊙)

M_⋆ (M_⊙)

logAge

v_eq (km s⁻¹)

v_eq/v_crit (%)

This study

TIC

This study

TIC

This study

TIC

This study

Photometry

Isochrone

BC cor.

Isochrone

10840

11489 ± 316

4.17(4)

1.92(1)

2.035(35)

2.336(2)

2.550(80)

2.878(2)

3.09(39)

8.175(8)

56.33(5)

11.62(1)

22920

13714 ± 386

3.95(2)

2.60(3)

2.424(320)

3.55(2)

–

4.06(1)

–

8.071(1)

45.5(3)

9.74(7)

24712

7201 ± 290

4.17(5)

0.84(2)

0.863(15)

1.700(8)

1.715(70)

1.541(2)

1.63(27)

8.99(2)

6.90(3)

1.66(1)

38170

9493 ± 293

3.81(2)

1.92(3)

2.006(34)

3.38(2)

3.354(142)

2.649(3)

2.56(35)

8.639(3)

61.8(4)

16.0(1)

63401

13201 ± 380

4.20(2)

2.22(3)

–

2.475(9)

–

3.464(4)

–

7.87(1)

51.9(2)

10.03(5)

74521

10474 ± 285

3.82(2)

2.13(3)

–

3.54(1)

–

2.994(5)

–

8.488(3)

25.4(7)

6.33(2)

86592

7716 ± 336

4.10(6)

1.08(1)

1.150(23)

1.949(8)

1.895(60)

1.732(3)

1.981(300)

8.972(7)

34.2(2)

8.30(4)

Name	T_eff (K)	log g	log(L_⋆/L_⊙)	R (R_⊙)	M_⋆ (M_⊙)	logAge	v_eq (km s⁻¹)	v_eq/v_crit (%)
10840	11489 ± 316	4.17(4)	1.92(1)	2.035(35)	2.336(2)	2.550(80)	2.878(2)	3.09(39)	8.175(8)	56.33(5)	11.62(1)
22920	13714 ± 386	3.95(2)	2.60(3)	2.424(320)	3.55(2)	–	4.06(1)	–	8.071(1)	45.5(3)	9.74(7)
24712	7201 ± 290	4.17(5)	0.84(2)	0.863(15)	1.700(8)	1.715(70)	1.541(2)	1.63(27)	8.99(2)	6.90(3)	1.66(1)
38170	9493 ± 293	3.81(2)	1.92(3)	2.006(34)	3.38(2)	3.354(142)	2.649(3)	2.56(35)	8.639(3)	61.8(4)	16.0(1)
63401	13201 ± 380	4.20(2)	2.22(3)	–	2.475(9)	–	3.464(4)	–	7.87(1)	51.9(2)	10.03(5)
74521	10474 ± 285	3.82(2)	2.13(3)	–	3.54(1)	–	2.994(5)	–	8.488(3)	25.4(7)	6.33(2)
86592	7716 ± 336	4.10(6)	1.08(1)	1.150(23)	1.949(8)	1.895(60)	1.732(3)	1.981(300)	8.972(7)	34.2(2)	8.30(4)

Table 2.

Open in new tab

Stellar parameters derived from Strömgren–Crawford photometry (T_eff in Column 2), from BC (log(L_⋆ in Column 4), and from isochrone fitting for the studied stars (Columns 3–10). Data for stellar luminosity, radius, and mass inferred from TIC 8 (Stassun et al. 2018) are shown for comparison in Columns 5, 7, 9, respectively. Data for the derived equatorial velocity are presented in the last two columns.

Name	T_eff (K)	log g	log(L_⋆/L_⊙)		R (R_⊙)		M_⋆ (M_⊙)		logAge	v_eq (km s⁻¹)	v_eq/v_crit (%)
HD	This study	This study	This study	TIC	This study	TIC	This study	TIC	This study	This study	This study
	Photometry	Isochrone	BC cor.		Isochrone		Isochrone		Isochrone
10840	11489 ± 316	4.17(4)	1.92(1)	2.035(35)	2.336(2)	2.550(80)	2.878(2)	3.09(39)	8.175(8)	56.33(5)	11.62(1)
22920	13714 ± 386	3.95(2)	2.60(3)	2.424(320)	3.55(2)	–	4.06(1)	–	8.071(1)	45.5(3)	9.74(7)
24712	7201 ± 290	4.17(5)	0.84(2)	0.863(15)	1.700(8)	1.715(70)	1.541(2)	1.63(27)	8.99(2)	6.90(3)	1.66(1)
38170	9493 ± 293	3.81(2)	1.92(3)	2.006(34)	3.38(2)	3.354(142)	2.649(3)	2.56(35)	8.639(3)	61.8(4)	16.0(1)
63401	13201 ± 380	4.20(2)	2.22(3)	–	2.475(9)	–	3.464(4)	–	7.87(1)	51.9(2)	10.03(5)
74521	10474 ± 285	3.82(2)	2.13(3)	–	3.54(1)	–	2.994(5)	–	8.488(3)	25.4(7)	6.33(2)
86592	7716 ± 336	4.10(6)	1.08(1)	1.150(23)	1.949(8)	1.895(60)	1.732(3)	1.981(300)	8.972(7)	34.2(2)	8.30(4)

Name	T_eff (K)	log g	log(L_⋆/L_⊙)		R (R_⊙)		M_⋆ (M_⊙)		logAge	v_eq (km s⁻¹)	v_eq/v_crit (%)
HD	This study	This study	This study	TIC	This study	TIC	This study	TIC	This study	This study	This study
	Photometry	Isochrone	BC cor.		Isochrone		Isochrone		Isochrone
10840	11489 ± 316	4.17(4)	1.92(1)	2.035(35)	2.336(2)	2.550(80)	2.878(2)	3.09(39)	8.175(8)	56.33(5)	11.62(1)
22920	13714 ± 386	3.95(2)	2.60(3)	2.424(320)	3.55(2)	–	4.06(1)	–	8.071(1)	45.5(3)	9.74(7)
24712	7201 ± 290	4.17(5)	0.84(2)	0.863(15)	1.700(8)	1.715(70)	1.541(2)	1.63(27)	8.99(2)	6.90(3)	1.66(1)
38170	9493 ± 293	3.81(2)	1.92(3)	2.006(34)	3.38(2)	3.354(142)	2.649(3)	2.56(35)	8.639(3)	61.8(4)	16.0(1)
63401	13201 ± 380	4.20(2)	2.22(3)	–	2.475(9)	–	3.464(4)	–	7.87(1)	51.9(2)	10.03(5)
74521	10474 ± 285	3.82(2)	2.13(3)	–	3.54(1)	–	2.994(5)	–	8.488(3)	25.4(7)	6.33(2)
86592	7716 ± 336	4.10(6)	1.08(1)	1.150(23)	1.949(8)	1.895(60)	1.732(3)	1.981(300)	8.972(7)	34.2(2)	8.30(4)

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