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Table 8:

As in Table 3 for the AB Doradus moving group.

Name
ID $_{\rm ASAS}$ P $\Delta P$ Timeseries $\Delta V_{\rm max}$ $\sigma_{\rm acc}$ $V_{\min}$ B-V Sp.T. Mult. Note on variable's
    (d) (d) sections (mag) (mag) (mag) (mag)     period name
HIP 5191 010626-1417.8 7.13 0.05 2/8 0.05 0.025 9.49 0.91 K1V V new  
HIP 6276 012032-1128.1 ... ... ... ... ... 8.43 0.79 G9V S ...  
TYC 8042 1050 1 021055-4604.0 1.116b 0.001 7/12 0.15 0.029 11.48 0.91 K3IVe V new  
HIP 10272 021216+2357.5 6.13 0.03 2/4 0.07 0.038 7.94 1.13 K1 B new  
HIP 13027 024727+1922.3 ... ... ... ... ... 6.90 0.68 G0+G5 B ...  
HIP 14684 030942-0934.8 5.46 0.08 2/10 0.07 0.026 8.51 0.81 G0 S new IS Eri
HIP 14809 031114+2225.0 ... ... ... ... ... 8.51 0.71 G5 V ...  
HIP 17695 034723-0158.3 3.87 0.01 4/7 0.15 0.031 11.60 1.51 M3 S new  
TYC 5899-0026 1 045224-1649.4 ... ... ... ... ... ... ... M3 S ...  
HIP 22738AB 045331-5551.5 1.496 0.01 3/10 0.06 0.031 10.78 1.56 M3Ve V new  
TYC 7587 0925 1 050230-3959.2 6.53 0.06 11/12 0.12 0.030 10.71 0.88 K4V S new  
HD 32981 050628-1549.5 0.985b 0.01 4/14 0.09 0.030 9.16 0.58 F8V S new  
HIP 25283 052430-3858.2 9.34 0.08 7/12 0.07 0.028 9.06 1.25 K6V S new  
HIP 25647 052845-6526.9 0.5140 0.0003 2/10 0.13 0.033 6.74 0.83 K0V Q $P=P_{\rm lit}$ AB Dor
TYC 7059 1111 1 052857-3328.3 2.29c 0.01 8/14 0.11 0.027 10.61 1.06 K3Ve S $P=P_{\rm lit}$ UX Col
TYC 7064 0839 1 053504-3417.9 7.82 0.18 1/14 0.15 0.026 11.83 1.08 K4Ve S new  
HIP 26373 053657-4757.9 4.52 0.02 6/14 0.09 0.031 7.73 0.85 K0+K6V V $P=P_{\rm lit}$ UY Pic
HIP 26401A 053713-4242.9 ... ... ... ... ... 9.55 0.67 G7V+K1V B ... WX Col
CP-19 878 053923-1933.5 1.49 0.01 6/13 0.12 0.028 10.57 0.911 K1V S new  
TYC 7605 1429 1 054114-4118.0 2.75b 0.02 3/14 0.15 0.030 12.29 0.87 K4IVe S new  
TYC 6494 1228 1 054413-2606.3 1.83 0.01 2/14 0.12 0.029 10.96 0.86 K2Ve SB? new  
HIP 27727 055216-2839.4 2.84 0.01 9/14 0.08 0.033 9.12 0.63 G3V SB? $P=P_{\rm lit}$ TZ Col
TYC 7598 1488 1 055751-3804.1 3.73c 0.04 6/11 0.09 0.029 9.64 0.69 G6V(e) S $P=P_{\rm lit}$ TY Col
TYC 7079 0068 1 060834-3402.9 3.38 0.01 9/12 0.14 0.031 10.36 0.79 G9Ve S $P=P_{\rm ACVS}$  
TYC 7084 0794 1 060919-3549.5 1.717 0.004 6/12 0.11 0.031 11.13 1.69 M1Ve S $P=P_{\rm ACVS}$  
HIP 30314 062231-6013.1 ... ... ... ... ... 6.54 0.61 G1V V ...  
HIP 31711 063800-6132.0 2.60 ... ... 0.05 ... 6.25 0.62 G2V SB+V $P_{\rm lit}$ AK Pic
HIP 31878 063950-6128.7 9.06 0.08 4/10 0.07 0.032 9.78 1.26 K7V(e) S new  
TYC 7627 2190 1 064119-3820.6 2.67b 0.02 3/10 0.11 0.027 11.47 1.19 K2Ve ... new  
UCAC2 06727592 064753-5713.5 6.05 0.05 5/11 0.11 0.032 11.54 0.901 K4V S new  
TYC 8558 1148 1 071051-5736.8 2.94 0.01 4/11 0.07 0.031 10.53 0.68 G2V S new  
TYC 1355-214-1 072344+2025.0 2.79 0.02 6/8 0.16 0.036 10.08 1.15 K3 S $P=P_{\rm lit}$  
HIP 36108 072618-4940.8 3.89 0.04 1/11 0.05 0.029 9.81 0.43 G7V B new  
HIP 36349 072851-3014.8 1.642 0.006 15/15 0.15 0.032 10.01 1.44 M1Ve B $P=P_{\rm lit}$ V372 Pup
TYC 9493 0838 1 073100-8419.5 4.94 0.03 6/11 0.09 0.035 10.04 0.83 G9V S new  
HIP 51317 102856+0050.5 ... ... ... ... ... 9.65 1.51 ... ... ...  
HIP 76768 154028-1841.8 3.70 0.02 4/10 0.09 0.029 10.44 1.24 K3/4V B $P\ne P_{\rm ACVS}$  
HIP 81084 163342-0933.2 7.45 0.11 2/10 0.07 0.030 11.30 1.44 M0.5 S new  
HIP 82688 165408-0420.4 ... ... ... ... ... 7.82 0.59 G0 ... ...  
TYC 7379 0279 1 172856-3244.0 ... ... ... ... ... 10.40 0.93 ... ... ...  
BD-13 4687 173746-1314.8 0.447 0.002 11/11 0.19 0.033 10.10 0.93 K3/4IV S new  
HIP 93375 190106-2842.8 ... ... ... ... ... 8.55 0.56 G1V V ...  
HIP 94235 191058-6016.3 2.24 0.01 2/10 0.04 0.031 8.37 0.59 G1V V new  
TYC0486-4943 193304+0345.7 1.35b 0.02 5/10 0.10 0.035 11.20 0.95 K3V S new  
HD 189285 195924-0432.1 4.85 0.03 2/12 0.06 0.031 9.54 0.71 G5 S new  
TYC 5164-567-1 200449-0239.3 4.68 0.06 5/7 0.10 0.032 10.17 1.00 ... ... new  
HD 199058 205421+0902.4 ... ... ... ... ... 8.81 0.63 G5 ... ...  
TYC1090-0543 205428+0906.1 2.28 0.007 2/9 0.14 0.029 11.79 1.07 ... ... $P=P_{\rm lit}$  
TYC 6351 0286 1 211305-1729.2 4.92 0.07 6/10 0.12 0.029 10.69 1.21 K6Ve S $P=P_{\rm ACVS}$  
HIP 106231 213102+2320.1 0.42312b 0.007 4/6 0.10 0.036 9.19 1.05 K8 S $P=P_{\rm ACVS}=P_{\rm lit}$ LO Peg
HIP 107684 214849-3929.1 4.14 0.02 5/10 0.06 0.031 9.67 0.69 G7V S new  
HIP 113579 230019-2609.2 2.169b 0.007 1/10 0.06 0.027 7.49 0.65 G5V B new  
HIP 113597 230028-2618.7 ... ... ... ... ... 9.63 1.34 K7V S ...  
HIP 114530 231154-4508.0 5.17 0.02 4/10 0.07 0.030 8.82 0.801 G8V B new  
HIP 116910 234154-3558.7 2.294 0.007 6/10 0.11 0.029 9.45 0.71 G8V S new  
HIP 118008 235611-3903.1 ... ... ... ... ... 8.22 0.97 K3V S ...  
PW And no-ASAS 1.762 ... ... 0.13 ... 8.86 0.92 K2V S $P_{\rm lit}$ PW And
HIP 63742 no-ASAS 6.5400 ... ... 0.06 ... 7.73 0.85 G5V B $P_{\rm lit}$ PX Vir
HIP 86346 no-ASAS 1.842 ... ... 0.02 ... 10.29 1.23 M0 T $P_{\rm lit}$  
HIP 114066 no-ASAS 4.502 ... ... 0.03 ... 10.87 1.44 M0 S $P_{\rm lit}$  
HIP 16563 no-ASAS 1.430 0.006 ... ... ... 8.15 0.80 G5+M0 B $P_{\rm lit}$ V577 Per
HIP 12635 no-ASAS ... ... ... ... ... 10.21 0.88 ... B ...  
HIP 12638 no-ASAS ... ... ... ... ... 8.70 0.71 G5 B ...  
HIP 110526AB no-ASAS ... ... ... ... ... 10.70 1.57 M0 B ...  

Notes. V = visual companion; S = single star; B = binary system; QUAD = quadruple system. (1) Inferred from spectral type; (c) $v \sin i$ inconsistent with $v_{\rm eq} = 2 \pi R/P$; $P_{\rm lit}$: period as given in the literature; $P_{\rm ACVS}$ period in ACVS; (b) period undetected in the periodogram of the complete timeseries.


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