Introduction

The UV spectrum of the TTS

TTSs physics studied with IUE data

Statistics

 

Background information on ULDA

 

List of TTS observed with IUE

 

References

 

 

 

List of TTS observed with IUE

 

 
  HBC Star
RA(1950.0)
Dec(1950.0)
 V Spectral Type
LW
 SWP
  no. h m s ∘ ’ ” type P R
 
10 LkHa 264 2 53 46.92 +19 53 33.8 12.46 K5 V tt 3 3
  345 HH 12/107 3 25 52.5 +31 07 46 17.8 M0: 1 1
367 V773 Tau 4 11 07.29 +28 04 41.2 10.62 K3 V wt 6 1
23 FM Tau 4 11 07.82 +28 05 18.8 14.22 M0 tt 1
25 CW Tau 4 11 11.34 +28 03 27.2 12.36 K3 V tt 5
  29 V410 Tau 4 15 24.83 +28 20 01.7 10.82 K3 V wt 9 2 4
  376 4 15 59.1 +17 16 01 12.28 K7 wt 1
  32 BP Tau 4 16 08.61 +28 59 15.3 12.09 K7 V tt 9 16 17
  378 V819 Tau 4 16 19.92 +28 19 02.6 13.24 K7 V wt 1
  33 DE Tau 4 18 49.84 +27 48 05.2 13.00 M2:V tt 5 3 3
  34 RY Tau 4 18 50.85 +28 19 35.0 10.01 K1 IV,V tt 7 6 17
  380 HD 283572 4 18 52.52 +28 11 06.6 9.04 G5 IV su 3 9 3
  35 T Tau 4 19 04.21 +19 25 05.4 9.90 K0 IV,V tt 6 20 11
  36 DF Tau 4 23 59.63 +25 35 41.7 11.49 M0,1 V tt 1 7 6
  37 DG Tau 4 24 01.01 +25 59 35.5 12.01 M ? tt 2 20 3
  388 4 24 17.2 +17 44 03 10.34 K1 wt 2 1
  39 DI Tau 4 26 38.00 +26 26 20.1 12.86 M0 V wt 1 1
  43 UX Tau A 4 27 09.96 +18 07 21.0 10.69 K2 V wt 6 1
  45 DK Tau 4 27 40.48 +25 54 59.0 11.70 K7 V tt 4 1
  392 4 28 34.5 +17 00 02 12.53 K5 wt 1
  393 4 28 40.22 +18 01 41.3 K2 III: ? 1
  49 HL Tau 4 28 44.42 +18 07 36.2 14.57 K7,M2? tt 1 1
  397 L1551-51 4 29 15.57 +17 51 02.6 12.06 K7 wt 1
  399 V827 Tau 4 29 20.39 +18 13 54.7 12.18 K7,M0 wt 1 1
  400 V826 Tau 4 29 22.03 +17 55 18.6 12.11 K7,M0 wt 0 1
  54 GG Tau 4 29 37.06 +17 25 22.3 12.24 K7 V tt 6
  52 UZ Tau e 4 29 39.26 +25 46 13.4 12.86 M1,3:V tt 1
  55 GH Tau 4 30 04.79 +24 03 18.3 12.95 M2,3 V tt 1
  404 V807 Tau 4 30 05.2 +24 03 39 K7 V tt 2
  405 V830 Tau 4 30 08.26 +24 27 26.7 12.21 K7,M0 V wt 2 1 1
  56 GI Tau 4 30 32.33 +24 15 03.1 13.01 K6 V tt 1 1
  57 GK Tau 4 30 32.76 +24 14 52.4 12.14 K7 V tt 2 1
  58 DL Tau 4 30 36.02 +25 14 24.0 13.05 K7 V tt 4 2 1
  60 HN Tau 4 30 45.67 +17 45 38.2 13.70 K5 tt 0 2
  63 AA Tau 4 31 53.45 +24 22 44.1 12.37 K7 V tt 3 3 1
  65 DN Tau 4 32 25.68 +24 08 52.3 12.36 M0 V tt 4 5
  72 DQ Tau 4 43 59.99 +16 54 40.1 13.16 M0,1 V tt 1
  73 Haro 6-37 4 44 05.90 +16 57 19.2 13.55 K6 tt 1
  74 DR Tau 4 44 13.20 +16 53 23.8 11.17 tt 2 8 11
  75 DS Tau 4 44 39.07 +29 19 56.2 11.90 K5 V tt 5 1
  76 UY Aur 4 48 35.71 +30 42 13.6 12.37 K7 V tt 3
  77 GM Aur 4 51 59.76 +30 17 14.7 12.03 K3 V tt 3 4 3
  426 LkCa 19 4 52 25.90 +30 13 10.8 10.85 K0 V wt 1 1
  79 SU Aur 4 52 47.84 +30 29 19.4 8.93 G2 III su 9 15 8*
  80 RW Aur A 5 04 37.69 +30 20 13.9 10.12 K1: tt 5 21 9
  84 CO Ori 5 24 51.22 +11 23 12.3 9.83 F8:e V su 1 3
  85 GW Ori 5 26 20.78 +11 49 52.8 9.80 G5 tt 1 11 2
  86 V649 Ori 5 26 36.32 +11 49 38.1 12.01 G8 III,V tt 0 1
  434 Rst 137B 5 28 35.82 -65 29 18.8 13 M3,4 4 3
  435 AB Dor 5 28 35.82 -65 29 18.8 6.83 K0,2 8 17 30
  436 RY Ori 5 29 39.57 -2 51 55.6 F8:pe ae? 1 1
  443 HD 245059 5 31 49.26 +10 05 10.9 9.82 K3 V: 1 1
113 V1044 Ori 5 31 49.28 -5 38 43.6 11.50 G5 IV,V tt 0 1 1
114 EZ Ori 5 31 50.76 -5 06 45.7 11.60 G0:n su 1
  116 IU Ori 5 32 08 -5 43 36 K2III ae? 0 1 1
  122 KM Ori 5 32 28.48 -5 25 07.9 11.55 K1 2 1
  126 LL Ori 5 32 38.18 -5 27 13.5 11.66 K2,3 tt 1 1 1
  129 V356 Ori 5 32 41.68 -5 31 53.0 13.10 K3 1
  132 P1817 5 32 46.93 -4 46 36.8 11.13 K2 1 1
  456 MR Ori 5 32 49.44 -5 23 38.7 10.55 A2 V * 0 1
  458 MT Ori 5 32 50.42 -5 24 38.7 12.01 K3,4 6 1
  B 760 5 33 03.96 -5 27 07.8 8.24 B4/5 V * 2 4 4
  471 NV Ori 5 33 04.06 -5 35 01.2 9.91 F4,8III,V 1 1
  144 V360 Ori 5 33 04.17 -5 11 20.2 12.61 K6 tt 0 1
  148 NY Ori 5 33 08.4 -5 14 16 cont tt 0 2 2
  150 AN Ori 5 33 14.56 -5 30 04.2 11.32 K0,1 IV 0 1 1
  482 BN Ori 5 33 47.65 +6 48 13.0 9.64 F2,3ea 5 5
  483 5 33 55.55 -6 47 25.1 17.7 G8: wt 4
  167 P2441 5 34 22.70 -4 27 26.9 10.76 G5: 0 1 1
  487 P2494 5 34 42.93 -6 08 01.6 10.74 K0 IV 1
  181 DL Ori 5 39 01.10 -8 07 20.7 13.07 K1 tt 0 1
  500 NGC 2023/c 5 39 05.4 -2 18 13 17.69 G,K tt 1
  186 FU Ori 5 42 37.97 +9 03 02.5 9.24 G: I,Il fu 7 11 3
  515 +1g 1156 5 51 27.6 +1 39 43 9.93 K2:n ? 1
  216 NX Mon 6 37 56.27 +9 36 48.9 15.63 cont tt 0 2 1
  217 W84 6 37 57.32 +9 36 28.7 11.95 F8,G0e 0 1
  222 Wl08 6 38 06.11 +9 47 38.1 11.97 F9:e 0 1
  229 LX Mon 6 38 20.62 +9 51 10.2 15.33 K7 tt 0 1
  238 MO Mon 6 38 46.4 +9 29 53 13.54 K2 tt 0 1
  565 SY Cha 10 55 18.5 -76 55 35 13.03 M0: tt 2
  567 TW Cha 10 57 47.2 -77 06 34 13.08 M0: tt 1
  244 Sz 6 10 57 50.8 -76 45 33 11.24 K2 tt 5 3
  568 TW Hya 10 59 30.08 -34 26 07.4 10.94 K7 V tt 1 3 6
  569 CS Cha 11 01 7.8 -77 17 25 11.63 K5: tt 4 1
  570 CT Cha 11 02 43.6 -76 11 06 12.36 K7: tt 1
  245 LHa 332-17 11 05 57.5 -77 21 50 10.68 G2 V tt 2
  575 VW Cha 11 06 38.1 -77 26 12 12.51 K2 tt 2 1
  578 VZ Cha 11 07 51.9 -76 07 02 12.75 K6 tt 1 1
  588 Sz 41 11 10 50.2 -76 20 45 11.60 K0 2 1
  247 CV Cha 11 10 53.8 -76 28 01 10.96 G8 V tt 2 6 3
  597 Sz 65 15 36 16.3 -34 36 54 12.74 K7,M0 tt 2
  248 Sz 68 15 42 01.4 -34 08 08 10.31 K2 V tt 4 1
  249 GW Lup 15 43 32.8 -34 21 19 13.83 M1.5 tt 1
  250 GQ Lup 15 45 58.3 -35 29 58 11.40 K7 V tt 0 1 1
  603 Sz 77 15 48 32.4 -35 47 47 12.50 M0 tt 0 1
  605 Sz 82 15 52 51.1 -37 47 24 11.89 M0 tt 3
  251 RU Lup 15 53 24.3 -37 40 35 10.52 K tt 5 11 25
  606 Sz 126 15 53 57.6 -42 31 28 14.10 K,M 1
  608 He 3-1126 15 55 38.9 -22 48 46 10.5 G5 1 1
  609 Sz 129 15 55 51.0 -41 48 38 13.02 K7,M0 tt 1
  252 RY Lup 15 56 05.0 -40 13 36 10.41 K0,1 V tt 0 2 2
  253 EX Lup 15 59 42.6 -40 10 09 13.13 M0:V tt 0 1 2
  612 HO Lup 16 03 39.4 -38 54 19 12.93 M1 tt 1 1
  615 Sz 96 16 04 51.1 -39 00 37 14.06 M1.5 tt 1
  616 HK Lup 16 05 00.9 -38 56 44 12.88 K7,M0 tt 4 1
  617 Sz 102 16 05 08.3 -38 55 16 16.3 K? 1
HD 144667 16 05 13.02 -38 57 38.6 6.65 A1.5 III 5 3 11
  620 Sz 108 16 05 21.2 -38 58 24 13.14 M0.5 1
  622 Sz 111 16 05 32.3 -39 29 50 14.5 M0.5 tt 2
  631 Sz 124 16 08 31.6 -38 54 34 13.83 M0 1
  254 As 205 16 08 37.70 -18 30 42.6 12.39 K5 V tt 0 1 1
  633 Wa Oph/2 16 09 05.0 -18 59 12 11.65 K1 IV tt 1
  634 Wa Oph/3 16 09 46.37 -18 51 49.2 10.78 K0 IV tt 1 1
  256 Haro 1-1 16 18 31.24 -26 05 24.0 13.34 K5,7 1
  636 ROX 3 16 22 47.0 -24 44 11 M0 1
  259 SR 4 16 22 54.87 -24 14 01.5 12.89 K6,7 tt 1
  637 DoAr 21 16 23 01.67 -24 16 50.3 13.95 G,K ? 1
  641 ROX 20-2 se 16 24 13.0 -24 44 58 M 1
  263 SR 12 16 24 17.68 -24 34 59.7 13.27 M1,2 1
  264 SR 9 16 24 38.88 -24 15 23.3 11.38 K5,7 tt 2 1
  265 SR 10 16 24 54.05 -24 19 38.4 14.01 M1.5 tt 1
  266 V853 Oph 16 25 43.67 -24 21 42.2 13.52 M1.5 tt 1
  268 Haro 1-16 16 28 31.74 -24 21 10.0 12.59 K2,3 tt 1
  646 V346 Nor 16 28 56.8 -44 49 08 16.3 F8eqIII fu 0 1 1
  647 DoAr 51 16 29 09.77 -24 33 56.4 13.59 M0: 1
  270 V1121 Oph 16 46 25.24 -14 16 56.5 11.48 K5 tt 0 3 1
  271 AK Sco 16 51 23.12 -36 48 28.6 8.82 F5e V tt 0 2 3
  656 AS 216 16 57 27.83 -27 33 43.9 K2 V tt 2 3
  662 V4046 Sgr 18 10 53.69 -32 48 26.8 10.40 K5,6n V 5 2 8
  663 -10g 4662 B 18 17 37.02 -10 12 35.1 K7p V tt 1 2 2
  286 S CrA 18 57 46.1 -37 01 37 11.12 K6: tt 0 2 1
  676 Wa CrA/1 18 58 12.4 -37 05 13 11.24 K0,2 IV tt 1
  678 Wa CrA/2 18 58 39.0 -37 11 42 10.45 G8 IV: tt 1 1
  292 V1352 Aql 19 18 09.41 +10 56 14.8 12.46 cont tt 0 1 2
  685 AS 353B 19 18 09.45 +10 56 09.1 14.6 M0 tt 1
  689 V1685 Cyg 20 18 42.7 +41 12 18 10.52 eq pm? 0 2 1
  297 V751 Cyg 20 50 26.68 +44 08 05.0 14.03 A5:e ? 1 1
  300 V1057 Cyg 20 57 06.24 +44 03 46.4 A-Ge fu 1 1
  302 V1331 Cyg 20 59 32.21 +50 09 55.5 11.87 cont tt 0 2
  315 DI Cep 22 54 08.18 +58 23 59.5 11.31 G8 V: tt 1 3 11

 

 

 

 

 

 
 

IUE - ULDA Access Guide Nº8: T Tauri Stars / Prepared by Dr. Ana Inés Gómez de Castro and Merche Franqueira / ISBN 92-9092-419-5 / http://adsabs.harvard.edu/abs/1997iueu.book.....G