VizieR

CfA VizieR . ADAC VizieR . CADC VizieR . Cambridge (UK) VizieR . IUCAA VizieR . INASAN VizieR . Beijing (Ch) VizieR . Hawai VizieR

VizieR Result Page

Show the target form
Show constraint information
The 4 columns in color are computed by VizieR, and are not part of the original data.
J/A+A/488/167/obs
Post annotation
Low-mass stars in σ Ori and λ Ori (Sacco+, 2008)
Photometry and membership for the observed sample stars in σ and λ Ori clusters (tables 1 and 2 of paper)
timeSerie
(147 rows)
img(gal)
start AladinLite
Full

V

[SFR2008]

A

pl

RAJ2000
"h:m:s"
DEJ2000
"d:m:s"
Imag
mag
R-I
mag
Jmag
mag
H-Ks
mag
SpT

n_

RV
km/s
l_

vsini
km/s
EW(Li)
0.1nm
n_

Mmb

X

Notes

SimbadName

1  S01    05 38 34.79-02 39 30.011.91 1.0410.44 0.25M1.0   46.21     72  NN  [W96] pJ053834-0239
2  S02A  05 38 38.22-02 36 38.412.38 0.8611.16 0.15K8.0* 30.93< 17.8551  YY  [W96] rJ053838-0236
3  S03A  05 38 35.47-02 31 51.712.45 0.7911.30 0.17K7.5   30.60< 17.0582  YY  [W96] rJ053835-0231
4VS04Apl05 38 35.87-02 30 43.312.47 0.8111.24 0.17K8.0*      338  Y?YSB[W96] 4771-1097
5  S05A  05 39 18.83-02 30 53.112.58 0.8411.40 0.30K9.0   29.14   42.7524  YY  [W96] 4771-0910
6  S06A  05 39 07.61-02 32 39.212.63 0.8111.30 0.31K8.0   30.27< 17.0532  YY  [W96] 4771-1092
7  S07A  05 39 05.41-02 32 30.312.66 0.8711.55 0.19K7.0* 30.40< 17.4593  YY  [W96] 4771-1075
8  S08    05 39 30.43-02 35 07.312.71 0.7411.61 0.15K6.5   80.50     30  NN  [W96] 4771-0579
9  S09    05 39 33.44-02 36 41.912.73 0.6411.85 0.14K5.0  -14.01     29  NN  [W96] pJ053933-0236
10  S10A  05 38 41.29-02 37 22.612.77 0.8711.46 0.21K9.5   30.89< 17.0592  YY  [W96] rJ053841-0237
11  S11    05 38 53.07-02 38 53.612.78 1.0711.62 0.21M1.0   -0.10     35  NY  [SWW2004] J053853.040-023853.53
12  S12A  05 38 40.27-02 30 18.512.80 0.9411.51 0.37M0.0* 31.51< 17.0552  YY  [W96] rJ053840-0230
13  S13A  05 38 27.26-02 45 09.712.82 0.8211.95 0.85K7.0* 30.00< 17.0431  YY  [W96] 4771-0041
14  S14A  05 39 25.20-02 38 22.012.83 0.9511.31 0.45M0.5   30.10< 17.0480  YY  [SWW2004] J053925.197-023821.98
15  S15A  05 38 47.46-02 35 25.212.86 0.99   0.25M1.0   30.32< 17.0589  YY  [SWW2004] J053847.349-023525.23
16  S16A  05 38 32.84-02 35 39.212.88 0.8311.54 0.17K8.5   30.12< 17.0576  YY  [W96] rJ053832-0235b
17  S17A  05 38 52.01-02 46 43.712.91 0.8511.52 0.35K9.0   30.51< 17.0551  YY  [W96] 4771-0080
18  S18A  05 39 11.63-02 36 02.912.93 0.9511.62 0.22K8.0* 30.13< 17.0590  YY  [W96] 4771-1038
19  S19A  05 38 49.17-02 38 22.212.96 1.0311.39 0.15M0.5* 30.79< 17.0623  YY  [W96] rJ053849-0238
20  S20    05 38 02.21-02 29 55.612.99 0.6911.83 0.19K6.0   21.24     32  NN  [W96] 4771-0961
21  S21A  05 38 47.92-02 37 19.213.02 1.18    M1.0   31.77< 17.0481  YY  [SWW2004] J053847.830-023719.01
22  S22    05 38 30.60-02 41 18.813.06 0.4712.42 0.12K2.0   29.17     22  NN  [W96] rJ053830-0241
23  S23A  05 38 42.28-02 37 14.813.06 0.9811.77 0.22M0.5   30.42< 17.0568  YN  [SWW2004] J053842.160-023715.16
24  S24A  05 38 43.55-02 33 25.413.09 1.0611.72 0.24M1.0   31.63< 17.0620  YY  [SWW2004] J053843.449-023325.33
25  S25    05 38 46.05-02 43 47.813.12 0.7411.97 0.16K6.5   8.38     39  NN  [W96] 4771-1090
26VS26Apl05 38 49.22-02 41 25.113.23 1.5011.67 0.27M3.5        442  Y?YSB[SWW2004] J053849.139-024124.82
27  S27    05 38 38.56-02 26 44.813.30 0.7112.30 0.16K6.0   91.40     33  NN  [W96] rJ053838-0226
28  S28A  05 38 48.68-02 36 16.213.37 0.8712.11 0.20K9.5   32.53< 17.0590  YY  [SWW2004] J053848.590-023616.10
29VS29Apl05 38 51.45-02 36 20.613.38 0.8712.44 0.26K9.5   32.06      YYYSB2[W96] rJ053851-0236
30  S30    05 38 15.90-02 34 41.213.42 0.6412.37 0.15K5.0  -30.56     47  NN  [KJN2005] 3.01 170
31  S31    05 38 12.60-02 33 01.513.44 0.6212.46 0.16K5.0   33.15     21  NN  [W96] rJ053812-0232
32  S32A  05 39 11.52-02 31 06.613.45 0.9511.99 0.46M0.5   30.91< 17.0263  YY  [SWW2004] J053911.529-023106.46
33  S33A  05 38 45.38-02 41 59.413.46 1.1611.99 0.29M1.0   31.86< 17.0482  YY  [SWW2004] J053845.280-024159.60
34  S34A  05 38 31.58-02 35 14.913.49 1.1111.52 0.35M0.0* 32.13< 19.2479  YY  [W96] rJ053831-0235
35  S35A  05 38 53.17-02 43 52.813.49 1.0812.23 0.20M1.0   30.48< 17.0561  YY  [SWW2004] J053853.162-024353.05
36  S36    05 38 19.15-02 35 27.913.51 0.7412.31 0.18K6.5  121.73     59  NN  [KJN2005] 4.03 511
37  S37    05 39 20.44-02 27 36.813.52 1.2912.15 0.26M2.0* 23.73    581  N?Y  [BMZ2001] S Ori J053920.5-022737
38  S38    05 38 55.44-02 41 29.713.59 1.3912.17 0.28M3.0   3.53     78  NN  [SWW2004] J053855.425-024129.68
39  S39A  05 38 27.74-02 43 01.013.67 1.3312.19 0.16M2.5   29.91   21.9549  YY  [SWW2004] J053827.639-024301.36
40  S40    05 39 02.16-02 38 38.213.69 1.6712.40 0.16M4.0   61.34     33  NN  [W96] pJ053902-0238
41  S41A  05 38 34.06-02 36 37.513.72 1.5211.98 0.25M3.5* 34.12   45.7424  YY  [W96] rJ053833-0236
42  S42    05 39 25.34-02 31 43.713.75 0.8112.43 0.26K8.0  103.44     65  NN  [W96] pJ053925-0231
43VS43Apl05 38 08.27-02 35 56.313.76 1.3212.14 0.33M2.5        518  Y?YSB[SWW2004] J053808.179-023556.24
44  S44A  05 38 31.41-02 36 33.813.80 1.2912.17 0.49M2.0   30.81< 17.0342  YN  [SWW2004] J053831.329-023634.00
45  S45A  05 38 48.29-02 36 41.013.83 1.7412.04 0.26M4.5   30.21   32.1510  YY  [KJN2005] 1.02 7
46  S46    05 38 32.60-02 35 04.113.86 0.4713.27 0.17K2.0   51.92     23  NN  [W96] rJ053832-0235a
47  S47A  05 38 34.31-02 35 00.113.88 0.43    K1.0   30.37   29.3542  YY  [W96] rJ053834-0234
48  S48    05 38 14.23-02 35 07.313.99 0.5913.11 0.11K4.5   48.50     42  NN  [W96] rJ053814-0235
49  S49A  05 38 29.12-02 36 02.714.04 1.18    M1.0   32.46< 17.0604  YY  [SWW2004] J053829.039-023602.87
50VS50  pl05 38 05.67-02 40 19.414.07 1.2712.77 0.28M2.0         94  NNSB[SWW2004] J053805.676-024019.36
Result truncated to 50 rows
J/A+A/488/167/accret
Post annotation
Low-mass stars in σ Ori and λ Ori (Sacco+, 2008)
Accretion properties of σ and λ Ori clusters (tables 4 and 5 of paper) (110 rows)
 
Full

[SFR2008]

w(Ha)
0.1nm
e_
(...)
W10(Ha)
km/s
e_
km/s
l_

logdM/dt
[solMass/yr]
e_
(...)
l_

w(NII)
0.1nm
l_

w(HeI)
0.1nm
l_

w(SII1)
0.1nm
w(SII1)b
0.1nm
n_

l_

w(SII2)
0.1nm
w(SII2)b
0.1nm
n_

Disk

n_

1S02 -2.16 0.1414612      <~ 0.05<~ 0.05<~ 0.05    <~ 0.05    III  
2S03 -1.39 0.1021030      <~ 0.05<~ 0.05<~ 0.05    <~ 0.05    III  
3S04 -6.91 0.14          <~ 0.10<~ 0.10<~ 0.10    <~ 0.10    III  
4S05 -31.93 1.4550020   -8.0 0.5<~ 0.05<~ 0.05<~ 0.05    <~ 0.05    II  
5S06 -13.19 1.3850457   -8.0 0.7   0.14<~ 0.03<~ 0.03    <~ 0.03    EVc
6S07 -0.94 0.0515920      <~ 0.04<~ 0.04<~ 0.04    <~ 0.04    III  
7S10 -1.89 0.2121639      <~ 0.05<~ 0.05<~ 0.05    <~ 0.05    III  
8S12 -5.93 0.1434231   -9.6 0.5   0.39<~ 0.03<~ 0.03       0.04    II  
9S13 -25.11 0.7253920   -7.7 0.5   0.07<~ 0.06<~ 0.06       0.10    II  
10S14 -40.03 2.8042415   -8.8 0.4   0.27   0.26<~ 0.05    <~ 0.05    II  
11S15 -17.17 0.80226 4  -10.7 0.3   0.28<~ 0.07<~ 0.07    <~ 0.07    II  
12S16 -1.46 0.1716936      <~ 0.03<~ 0.03<~ 0.03    <~ 0.03    III  
13S17 -17.14 1.6621417  -10.8 0.4   0.05<~ 0.03   0.04    <~ 0.03    II  
14S18 -1.25 0.0514327      <~ 0.03<~ 0.03<~ 0.03    <~ 0.03    III  
15S19 -2.45 0.1815520      <~ 0.03<~ 0.03<~ 0.03    <~ 0.03    III  
16S21 -20.94 1.20317 6   -9.8 0.4<~ 0.05   0.22<~ 0.05    <~ 0.05    II  
17S23 -0.89 0.1333888   -9.6 0.9   0.05<~ 0.05<~ 0.05    <~ 0.05    II  
18S24 -3.59 0.2917827      <~ 0.05<~ 0.05<~ 0.05    <~ 0.05    III  
19S26 -4.65 0.13          <~ 0.03<~ 0.03<~ 0.03    <~ 0.03    III  
20S28 -5.60 0.7217831      <~ 0.10<~ 0.10<~ 0.10    <~ 0.10    III  
21S29                                      EV  
22S32 -25.76 0.7942215   -8.8 0.4   0.66   0.35   0.06 0.08b   0.19 0.19bId
23S33 -22.97 0.4944523   -8.6 0.5<~ 0.08   0.11<~ 0.08    <~ 0.08    II  
24S34 -10.19 0.9231718   -9.8 0.4<~ 0.05<~ 0.05<~ 0.05    <~ 0.05    II  
25S35 -3.78 0.1414124      <~ 0.09<~ 0.09<~ 0.09    <~ 0.09    III  
26S39 -5.02 0.3013416      <~ 0.10<~ 0.10<~ 0.10    <~ 0.10    III  
27S41 -16.48 0.7619110<-11.0     2.34   0.19   1.06       1.57    EVc
28S43 -27.43 2.36          <~ 0.07   0.24<~ 0.07    <~ 0.07    II  
29S44-197.5711.64383 4   -9.2 0.4   1.14   0.14<~ 0.08    <~ 0.08    II  
30S45 -6.71 0.2318922      <~ 0.10   0.11<~ 0.10    <~ 0.10    III  
31S47 -0.73 0.0223714      <~ 0.05<~ 0.05<~ 0.05    <~ 0.05    III  
32S49 -4.73 0.3412722      <~ 0.08<~ 0.08<~ 0.08    <~ 0.08    III  
33S51 -3.39 0.2215712<-11.0  <~ 0.05<~ 0.05<~ 0.05    <~ 0.05    EV  
34S52 -20.86 1.6825114  -10.5 0.4<~ 0.10   0.24<~ 0.10    <~ 0.10    II  
35S53                                      III  
36S55 -1.12 0.08 9318      <~ 0.03<~ 0.03<~ 0.03    <~ 0.03    III  
37S56 -3.89 0.1413221      <~ 0.10<~ 0.10<~ 0.10    <~ 0.10    III  
38S57 -1.40 0.17125 5      <~ 0.09<~ 0.09   0.10    <~ 0.09    III  
39S58 -4.45 0.27116 6      <~ 0.08<~ 0.08<~ 0.08    <~ 0.08    III  
40S59 -2.58 0.04 8913      <~ 0.10<~ 0.10<~ 0.10    <~ 0.10    III  
41S60 -3.98 0.1212111         0.20<~ 0.10   0.36       0.20    III  
42S62 -10.62 0.5723717         0.10<~ 0.03   0.09       0.04    III  
43S63 -14.11 0.5129917  -10.0 0.4<~ 0.09   0.31<~ 0.09    <~ 0.09    II  
44S64 -4.39 0.1010212      <~ 0.08<~ 0.08<~ 0.08    <~ 0.08    III  
45S65 -4.35 0.6022342  -10.7 0.5<~ 0.08<~ 0.08<~ 0.08    <~ 0.08    II  
46S67 -2.12 0.0511419      <~ 0.08<~ 0.08<~ 0.08    <~ 0.08    III  
47S68 -8.79 0.8424811  -10.5 0.4   0.67   0.32<~ 0.08    <~ 0.08    II  
48S69 -10.63 0.6537914   -9.2 0.4   0.13   0.22   0.25       0.12    II  
49S71-113.26 6.09379 5   -9.2 0.4   6.48   0.57   0.44       1.24    II  
50S72 -3.80 0.2420323  -10.9 0.4   0.09<~ 0.05   0.14       0.09    II  
Result truncated to 50 rows
J/A+A/488/167/rv
Post annotation
Low-mass stars in σ Ori and λ Ori (Sacco+, 2008)
Radial velocities of the candidate binary systems identified in σ and λ Ori cluster samples (table 6 and 7 of the paper) (144 rows)
 
Full

[SFR2008]

m_

HJD
d
RV
km/s
e_
km/s
1S04  2453280.82 17.83 4.81
2S26  2453280.82 27.95 3.38
3S29a2453280.82 6.56 4.03
4S29b2453280.82 46.91 2.40
5S43  2453280.82 39.17 1.41
6S50  2453280.82 11.81 1.13
7S53a2453280.82 31.50 2.03
8S53b2453280.82 31.50 2.03
9S84a2453280.82 69.90 2.24
10S84b2453280.82-22.45 2.53
11S85a2453280.82 73.12 2.15
12S85b2453280.82 73.12 2.15
13S89a2453280.82 52.14 8.76
14S89b2453280.82-20.04 5.23
15S91  2453280.82 75.36 1.44
16S96  2453280.82 -7.70 2.77
17S04  2453341.73 33.10 3.01
18S26  2453341.73 43.72 2.90
19S29a2453341.73 1.51 3.13
20S29b2453341.73 49.93 2.41
21S43  2453341.73 21.10 1.59
22S50  2453341.73 4.43 1.09
23S53a2453341.73 55.34 3.59
24S53b2453341.73 4.24 2.52
25S84a2453341.73 68.11 2.64
26S84b2453341.73-19.67 2.75
27S85a2453341.73 31.13 3.29
28S85b2453341.73106.96 3.39
29S89a2453341.73 27.99 5.64
30S89b2453341.73 10.07 7.17
31S91  2453341.73 81.10 2.27
32S96  2453341.73-27.13 2.98
33S04  2453342.73 34.19 6.17
34S26  2453342.73 43.07 3.35
35S29a2453342.73 30.97 1.82
36S29b2453342.73 30.97 1.82
37S43  2453342.73 18.60 1.67
38S50  2453342.73 2.95 1.34
39S53a2453342.73 55.84 3.90
40S53b2453342.73 1.14 2.97
41S84a2453342.73 21.78 2.06
42S84b2453342.73 21.78 2.06
43S85a2453342.73 34.13 3.68
44S85b2453342.73 99.75 2.87
45S89a2453342.73-25.75 8.10
46S89b2453342.73 43.42 5.42
47S91  2453342.73 81.19 1.91
48S96  2453342.73 7.54 2.12
49S04  2453343.82 32.21 4.64
50S26  2453343.82 44.88 3.34
Result truncated to 50 rows
elapse time 0

Thanks for acknowledging the VizieR Service
Rules of usage of VizieR data

© UDS/CNRS

Contact