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Table 1.

Sample of young active M-K dwarfs.

ID SpT d (pc) Prot Teff R/R Age (Myr) NFUV NTESS
2MASS J11173700-7704381 M0.5 188.875 * 3778 1.18 5.0 2 54
AU Mic M1 9.714 4.8 3835 0.75 24.0 13 20
2MASS J18141047-3247344** K5.0 71.483 1.71 3512 1.05 24.0 2 14
2MASS J02365171-5203036 M2 38.839 0.74 3626 0.74 42.0 4 73
2MASS J01521830-5950168 M2 39.594 6.5 3626 0.78 45.0 2 5
HIP 107345 M1 46.41 4.5 3837 0.82 45.0 2 31
HIP 1993 M0 44.148 4.3 4053 0.71 45.0 1 30
2MASS J03315564-4359135 M0 45.11 2.9 4491 0.77 45.0 1 8
2MASS J02001277-0840516 M2.8 36.787 2.28 3345 0.66 45.0 1 5
2MASS J22025453-6440441 M2 43.67 0.43 3044 0.57 45.0 1 48
Karmn J07446+035 M4.5 5.9888 2.78 3099 0.420 50.0 3 41

Notes. Stellar parameters are from Paper I and are available in detail via the CDS1. The values NFUV and NTESS represent the number of flare events participating in the model fitting for observations in FUV and TESS, respectively. *The rotation period was flagged as uncertain. For comparison, the average rotation period of stars in the Chamaeleon I moving group, which has an age of approximately 5 Myr (Luhman 2007; Frasca et al. 2015), and which contributes to the sample described in Paper I, is between 4 and 6 days. **Spectroscopic binary of two K dwarfs.

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